Autosport Labs - User contributions [en]

AnalogX2

2026-03-07T15:53:52Z

Abdurrehman Akhtar: /* CAN bus connection to RaceCapture */

=Introduction=
AnalogX is a compact 4 channel Analog to CAN I/O expander, specially designed for the harsh automotive electrical environment.

[[image:analogx2_top.jpg|600px]]

AnalogX provides 4 buffered and protected 0-5v sensor inputs and can broadcast the sensor values between 1 and 255Hz. It also provides a 0.5A 5v reference for powering sensors.

==Parts in the Kit==
In the kit you will receive:
* AnalogX2 module

* '''Note''' Cabling is available separately, depending on how you design your sensor layout.

==Harness / Cabling==
AnalogX is designed for plug and play connection into Autosport Labs CAN bus networks and sensors. Parts and cables shown are available individually. Refer to the part numbers below to create your own sensor configuration.

===CAN bus connection to RaceCapture===
AnalogX2 connects directly to the RaceCapture CAN bus using the Autosport Labs plug-and-play harness system.
Two common connection configurations are shown below.

'''Simple Connection (Single Device)'''

In the simplest configuration, AnalogX2 is connected to the CAN2 branch of the RaceCapture CAN1/CAN2 splitter. An inline CAN terminator is placed at the end of the bus. This configuration is recommended when AnalogX2 is the only CAN device on that branch.

[[File:Analogx2 Simple Connection.png]]

'''Inserted Into CAN Bus With Additional Devices'''

AnalogX2 can also be inserted into an existing CAN bus using a single CAN splitter. In this configuration, the CAN bus continues to other devices such as ShiftX3 or TireX, and the inline CAN terminator is placed at the end of the bus.

[[File:Analogx Connection diagram 2.jpg]]

{| class="wikitable"
|-
! SKU !! Description
|-
| ASL_DUAL_CAN_HUB || Powered, 8 port dual CAN bus hub kit
|-
| ASL_M8_CAN_EXT_0.5M ASL_M8_CAN_EXT_1M ASL_M8_CAN_EXT_2M ASL_M8_CAN_EXT_3M ASL_M8_CAN_EXT_4M || CAN extension cable, M8 4P female to M8 4P male, 0.5 - 4 Meter lengths
|}

===Sensor Connections===
[[image:analogX_plug_and_play_sensors.jpg]]

{| class="wikitable"
|-
! SKU !! Description
|-
| ASL_4X_SENSOR_SPLITTER || 4X sensor expander
|-
| ASL_M8_SENSOR_EXTENSION_1M ASL_M8_SENSOR_EXTENSION_2M ASL_M8_SENSOR_EXTENSION_3M ASL_M8_SENSOR_EXTENSION_4M || Single channel sensor extension cable
|-
| ASL_LINEAR_TEMP_M8 || Linear temperature sensor
|-
| ASL_10_BAR_DELPHI3_M8 || 10 bar (150 PSI) pressure sensor
|-
| ASL_150_BAR_DELPHI3_M8 || 150 bar (2175 PSI) pressure sensor
|-
| ASL_M8_SENSOR_PIGTAIL_2M || Single sensor pigtail for custom sensor connection, 2 Meters
|}

===Bare pigtails===
For a custom or non-plug and play installation, these bare pigtail cables are available for connecting AnalogX:
{| class="wikitable"
|-
! SKU !! Description
|-
| ASL_DEVICE_CAN_PIGTAIL_1M || CAN + power pigtail for connecting device, M8 4P male to bare wires, 1 meter
|-
| ASL_M8_QUAD_SENSOR_PIGTAIL_2M || M8 8P male to bare wire quad sensor pigtail, 1M, 24AWG
|}
See the [[AnalogX2#Wiring|Wiring]] guide for pinout information.

==Compatible Sensors==
AnalogX is compatible with any 0-5v voltage input; the voltage is broadcast over CAN bus with the value range of 0 - 5000mV.

Use the capabilities provided by the receiving data system to translate the raw voltage to a meaningful real-world value, such as pressure, temperature, distance, and so on.

===RaceCapture / PodiumConnect systems===
Setting up AnalogX in RaceCapture is easy: Go to Setup / CAN Channels and select the preset for AnalogX.

This will bring in the basic mapping with the default 0-5v scaling. From here, you can edit each channel to customize the formula to match your sensor's voltage scaling.

* '''Note''' - RaceCapture's CAN mapping features currently only supports sensors with a linear (straight-line) response. Sensors with a curved response, such as the Extended Range Temperature sensor is based on a thermistor design, and will not work with the built-in direct CAN mapping. We recommend using a temperature sensor with a linear response, such as the Autosport Labs Linear Temperature Sensor, Texense Liquid Temperature Sensor or similar.

===Setting CAN baud rate===
The default baud rate for AnalogX is 1M. Ensure this matches the setting under Setup / CAN bus settings.

===Selecting the AnalogX preset===
Select the starter CAN preset for AnalogX. This will bring in the basic 0-5v mapping, which you can then calibrate further using the CAN mapping conversion formula.

[[file:analogx2_preset_app.jpg|640px]]

===Calibrating Sensors attached to AnalogX===
Navigate to Setup / CAN mapping, and edit the channel you wish to customize.

===Select the channel===
Touch the channel selection drop down and select the channel that matches your sensor.
* '''Note, it's recommended you use the preset name for your channels; if no channel exists that matches your sensor, you can customize the channel name, units, and min/max values directly

==Sensor Conversion Formulas==
AnalogX reports it's raw value from 0-5000mV. You can use the formula to scale and offset the raw value to a real-world value.

===Linear Fluid Temperature Sensor===
The Autosport Labs Linear Fluid Temperature (ASL_LINEAR_TEMP_M8) sensor has a 10mV/C scaling, with a 0.5V offset at 0C.

[[file:linear_temp_sensor_analogx_scaling.png|480px]]

===10 bar / 150 PSI pressure sensor===
The Autosport Labs 10 bar pressure sensor (ASL_10_BAR_DELPHI3_M8) has the following calibration / range:

'''(0 - 10 bar / 150 PSI range)'''
* 0.5v 0 bar / = 0 PSI
* 4.5v = 10 bar / 150 PSI

The sensor has a 4000mV range between min and max values, with a 500mV offset.

Therefore,

The offset is calculated based on the 500mV offset of the sensor (500mv * 0.375 = 18.75)

for 0-150 PSI use the formula: '''RAW * 0.0375 - 18.75'''

* '''Note:''': The 0.0375 value was derived from the formua: 150 PSI / 4000mV = 0.0375 PSI/mV

[[file:AnalogX_150PSI_oil_pressure_example_formula.png|480px]]

===150 Bar / 2175 PSI pressure sensor===
The Autosport Labs 150 bar pressure sensor (ASL_150_BAR_DELPHI3_M8) has the following calibration / range:

'''(0 - 150 bar / 2175 PSI range)'''
* 0.5v = 0 bar / 0 PSI
* 4.5v = 150 bar / 2175 PSI

for 0-2175 PSI, use the formula: '''RAW * 0.5437 - 271.85'''

===Texense Liquid Temperature Sensor===
This sensor has a range of -50 to 150C and has a 22.5mV/C calibration.

0.25v = -50C
4.75v = 150C
(200C sweep)

The sensor has a 4500mV range between -50C and 150C, with a 250mV offset.

Therefore, 200C / 4500mV = 0.04444 C/mV

The offset is calculated based on the 250mV offset of the sensor (250mV * 0.0444444 = 11.1111)

The offset is further adjusted by the starting range of the sensor (-50C)

Resulting formula: '''RAW * 0.04444 - 61.1111'''

[[image:Texense_Liquid_temperature_sensor_CAN_channel_mapping.png|480px]]

* '''Note''' you can convert the resulting value to Fahrenheit by selecting the '''C -> F''' option in the Formula Conversions Tab.

===Other sensors===
Please refer to these manufacturer's user guide on how to map data using the provided AnalogX CAN protocol.

==Wiring==
===Power and CAN===
* Connector: M8 4P Male, A coding
[[file:M8_4P_male_pinout.jpg|200px]]
{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low ||
|-
| 2 || Power || Red, 12-14v / 50mA
|-
| 3 || CAN high ||
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Sensor connections===
* Connector: M8 8P Female, A coding
[[file:M8_8P_female_pinout.jpg|200px]]
{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || Analog/Digital 1 ||
|-
| 2 || Analog/Digital 2 ||
|-
| 3 || Analog/Digital 4 ||
|-
| 4 || Vref || 5v @ 1A max current, combined with pin 6
|-
| 5 || Ground ||
|-
| 6 || Vref || 5v @ 1A max current, combined with pin 4
|-
| 7 || Analog/Digital 3 ||
|-
| 8 || Ground ||
|}

* '''Note''': The AnalogX inputs are very high impedance, allowing connection to existing circuits / sensors without affecting the reading of that circuit. As such, no pull-up or pull-down resistors are provided and must be added externally if needed.

==DIP switch settings==
You can access the DIP switches by removing the end plate on the CAN + power side. These switches enable an number of options:

{| class="wikitable"
|-
! Switch !! Function || Description
|-
| 1 || Termination || Set to ON to enable CAN termination
|-
| 2 || Address offset 1 || [[AnalogX2#Adjusting_Base_ID|Used to select the base CAN address]]
|-
| 3 || Address offset 2 || [[AnalogX2#Adjusting_Base_ID|Used to select the base CAN address]]
|-
| 4 || CAN Baud Rate || OFF to enable 1M (default), ON to enable 500K
|}

[[image: analogx2_dip_switch.jpg|600px]]

===CAN termination===

AnalogX is not terminated by default. You can enable termination by switching the [[AnalogX2#DIP_switch_settings|termination DIP switch]] to ON.

==Installation==
You can mount AnalogX2 to any flat mounting service. For best performance and reliability, keep away from sources of heat.

==Troubleshooting==

===No CAN data===
* Ensure AnalogX is receiving 12v via it's connection.
** '''Note''': Ensure your data system is also receiving 12v if it is powering AnalogX
* Double check the CAN bus connections
* Verify the CAN baud rate is compatible with the AnalogX configuration (1M by default, 500K enabled with DIP switch)
* Verify your CAN bus termination is correct. (Not terminated by default, enabled with DIP switch)
* Simplify your CAN bus network: Try making AnalogX the only other CAN device on the network, just as a test.
* Check for short circuits / over-current on the 5v reference. If too much current is drawn from the 5v reference, AnalogX may shut down in self-protection mode.

===Data is being received, but it is incorrect===

====Basic mapping test====
Try simplifying the mapping to verify the correct data is transmitted.

* Go into the software for the receiving system, and set the CAN formula to '''multiply by 1''' and '''add 0''' and '''divide by 1''' , and '''unsigned integer'''. and update the software settings.
** This will cause the receiving system to display the raw millivolt (mV) value from AnalogX.
* Disconnect the sensors from AnalogX.
* For each AnalogX input perform the following test:
** Connect the input to AnalogX's ground. Your receiving system should show very close to 0, which is 0 volts.
** Connect the input to AnalogX's 5v reference. Your receiving system should show very close to 5000, which represents 5000mV.

* '''Note''': The AnalogX inputs are very sensitive and high impedance to prevent affecting the readings of existing circuits. Therefore, if the inputs are disconnected, it will 'float' and may show random readings.

If you can confirm these readings, then perform the additional steps:
* For each AnalogX input, re-connect your sensor.
** Measure the voltage right where it enters AnalogX.
** Compare that with the reading on the receiving system. The value should be the voltage X 1000, translated to mV. Example: 2.5v measured should show 2500 on the receiving system.

If you can verify received millivolt value equals the measured voltage at the AnalogX input, then you know the correct value is being transmitted to the system, and you can focus on mapping the raw millivolt value to the real world temperature, pressure, or etc. Consult the sensor manufacturer and the system to determine the proper mapping of the sensor you are using.

==Specifications==
{| class="wikitable" | width="600px"
|-
! Feature
! Description
|-
| Analog sensor input voltage range
| 0 - 5v
|-
| DAC resolution
| 12 bit SAR
|-
| Sample output format
| 0 - 5000mV
|-
| Input impedance
| Greater than 10 Meg Ohm
|-
| Input voltage protection
| 100v
|-
| CAN baud rate
| 1M and 500K, jumper configurable
|-
| Address Space
| 4 separate address spaces allows up to 4 AnalogX modules to operate on the same CAN network. (DIP switch configurable)
|-
| Power input and connections
| 9 - 15volts, protected to 40v (intermittent)
|-
| Harness
| M8 4P Male for power + ground, M8 8P for sensor connection
|-
| Weight
| 100gm (approximately)
|-
| Dimensions
| 60 x 60 (approximately)
|-
| Environmental
| IP65, 0-85C
|}

=AnalogX CAN bus API=
==Overview==
The CAN bus API provides the configuration and control interface for AnalogX

==CAN base ID==

CAN base ID is '''0xE4600 (935424)'''

====Adjusting Base ID====
The base address is determined by the state of the '''ADR1''' and '''ADR2''' [[AnalogX2#DIP_switch_settings|DIP switches]], accessible behind the power + CAN end plate. By default, the DIP switches are off.

* Switching on ADR1 will add 256 to the base ID
* Switching on ADR2 will add 512 to the base ID.

The combination of jumper settings will allow up to 4 AnalogX units to coexist on the same CAN bus.

{| class="wikitable" | width="600px"
|-
! ADR2 switch
! ADR1 switch
! Address
|-
| Off
| Off
| 0xE4600 (935424)
|-
| Off
| On
| 0xE4700 (935680)
|-
| On
| Off
| 0xE4800 (935936)
|-
| On
| On
| 0xE4900 (936192)
|}

===CAN Baud rate===

1M and 500K rates are supported

1M is enabled by default; switch on the '''Baud''' [[AnalogX2#DIP_switch_settings|DIP switch]] to enable 500K data rate.

==CAN Messages==

===Announcement===

The announcement message is broadcast by the AnalogX upon power up.

====Address====
'''CAN ID:''' Base + 0x0 (0)

{| class="wikitable" | width="600px"
|-
! Offset
! What
! Value
|-
| 0
| Channel Count
| Total number of channels on device
|-
| 1
| Current sample rate, in Hz
|
|-
| 2
| Reserved
|
|-
| 3
| Reserved
|
|-
| 4
| Reserved
|
|-
| 5
| Major Version
| Firmware Major Version Number
|-
| 6
| Minor Version
| Firmware Minor Version Number
|-
| 7
| Patch Version
| Firmware Patch version number
|}

===Configuration Group 1===

Configures options for AnalogX.

Send this message to AnalogX to configure runtime settings. Settings are saved in flash memory and will be preserved across power cycles.

* '''Note:''' To read the current settings, broadcast a message with this CAN ID with no data (data length of 0) - AnalogX will reply with the current configuration.

====Address====
'''CAN ID:''' Base + 0x3 (3)

{| class="wikitable" | width="600px"
|-
! Offset
! What
! Value
|-
| 0
| Sample Rate
| Rate to report sensor values ( 1 - 255Hz). Default sample rate is 50Hz.
|-
| 1
| Reserved
|
|-
| 2
| Reserved
|
|-
| 3
| Reserved
|
|-
| 4
| Reserved
|
|-
| 5
| Reserved
|
|-
| 6
| Reserved
|
|-
| 7
| Reserved
|
|}

===Statistics===

Broadcast by AnalogX every 1 second.

====Address====
'''CAN ID:''' Base + 0x2 (2)

{| class="wikitable" | width="600px"
|-
! Offset
! What
! Value
|-
| 0
| Current Sample Rate
| 1 - 255Hz
|-
| 1
| Reserved
|
|-
| 2
| Reserved
|
|-
| 3
| Reserved
|
|-
| 4
| Reserved
|
|-
| 5
| Major Version
| Firmware Major Version Number
|-
| 6
| Minor Version
| Firmware Minor Version Number
|-
| 7
| Patch Version
| Firmware Patch version number
|}

===Sample Broadcast===

Sample Broadcast for Analog inputs. The samples are broadcast based on the configured sample rate (default is 50Hz)

===Scaling and Data format===
* '''Scaling:''' 0-5000mV
* '''Data format:''' Little Endian

===Address===
* '''CAN ID:''' Base + 0x14 (20)

{| class="wikitable" | width="600px"
|-
! Offset
! What
! Value
|-
| 0
| Channel 1, low byte
|
|-
| 1
| Channel 1, high byte
|
|-
| 2
| Channel 2, low byte
|
|-
| 3
| Channel 2, high byte
|
|-
| 4
| Channel 3, low byte
|
|-
| 5
| Channel 3, high byte
|
|-
| 6
| Channel 4, low byte
|
|-
| 7
| Channel 4, high byte
|
|}

AnalogX2

2026-03-07T15:51:52Z

Abdurrehman Akhtar: /* CAN bus connection to RaceCapture */

=Introduction=
AnalogX is a compact 4 channel Analog to CAN I/O expander, specially designed for the harsh automotive electrical environment.

[[image:analogx2_top.jpg|600px]]

AnalogX provides 4 buffered and protected 0-5v sensor inputs and can broadcast the sensor values between 1 and 255Hz. It also provides a 0.5A 5v reference for powering sensors.

==Parts in the Kit==
In the kit you will receive:
* AnalogX2 module

* '''Note''' Cabling is available separately, depending on how you design your sensor layout.

==Harness / Cabling==
AnalogX is designed for plug and play connection into Autosport Labs CAN bus networks and sensors. Parts and cables shown are available individually. Refer to the part numbers below to create your own sensor configuration.

===CAN bus connection to RaceCapture===
AnalogX2 connects directly to the RaceCapture CAN bus using the Autosport Labs plug-and-play harness system.
Two common connection configurations are shown below.

'''Simple Connection (Single Device)'''
In the simplest configuration, AnalogX2 is connected to the CAN2 branch of the RaceCapture CAN1/CAN2 splitter. An inline CAN terminator is placed at the end of the bus. This configuration is recommended when AnalogX2 is the only CAN device on that branch.

[[File:Analogx2 Simple Connection.png]]

'''Inserted Into CAN Bus With Additional Devices'''

AnalogX2 can also be inserted into an existing CAN bus using a single CAN splitter. In this configuration, the CAN bus continues to other devices such as ShiftX3 or TireX, and the inline CAN terminator is placed at the end of the bus.

[[File:Analogx Connection diagram 2.jpg]]

{| class="wikitable"
|-
! SKU !! Description
|-
| ASL_DUAL_CAN_HUB || Powered, 8 port dual CAN bus hub kit
|-
| ASL_M8_CAN_EXT_0.5M ASL_M8_CAN_EXT_1M ASL_M8_CAN_EXT_2M ASL_M8_CAN_EXT_3M ASL_M8_CAN_EXT_4M || CAN extension cable, M8 4P female to M8 4P male, 0.5 - 4 Meter lengths
|}

===Sensor Connections===
[[image:analogX_plug_and_play_sensors.jpg]]

{| class="wikitable"
|-
! SKU !! Description
|-
| ASL_4X_SENSOR_SPLITTER || 4X sensor expander
|-
| ASL_M8_SENSOR_EXTENSION_1M ASL_M8_SENSOR_EXTENSION_2M ASL_M8_SENSOR_EXTENSION_3M ASL_M8_SENSOR_EXTENSION_4M || Single channel sensor extension cable
|-
| ASL_LINEAR_TEMP_M8 || Linear temperature sensor
|-
| ASL_10_BAR_DELPHI3_M8 || 10 bar (150 PSI) pressure sensor
|-
| ASL_150_BAR_DELPHI3_M8 || 150 bar (2175 PSI) pressure sensor
|-
| ASL_M8_SENSOR_PIGTAIL_2M || Single sensor pigtail for custom sensor connection, 2 Meters
|}

===Bare pigtails===
For a custom or non-plug and play installation, these bare pigtail cables are available for connecting AnalogX:
{| class="wikitable"
|-
! SKU !! Description
|-
| ASL_DEVICE_CAN_PIGTAIL_1M || CAN + power pigtail for connecting device, M8 4P male to bare wires, 1 meter
|-
| ASL_M8_QUAD_SENSOR_PIGTAIL_2M || M8 8P male to bare wire quad sensor pigtail, 1M, 24AWG
|}
See the [[AnalogX2#Wiring|Wiring]] guide for pinout information.

==Compatible Sensors==
AnalogX is compatible with any 0-5v voltage input; the voltage is broadcast over CAN bus with the value range of 0 - 5000mV.

Use the capabilities provided by the receiving data system to translate the raw voltage to a meaningful real-world value, such as pressure, temperature, distance, and so on.

===RaceCapture / PodiumConnect systems===
Setting up AnalogX in RaceCapture is easy: Go to Setup / CAN Channels and select the preset for AnalogX.

This will bring in the basic mapping with the default 0-5v scaling. From here, you can edit each channel to customize the formula to match your sensor's voltage scaling.

* '''Note''' - RaceCapture's CAN mapping features currently only supports sensors with a linear (straight-line) response. Sensors with a curved response, such as the Extended Range Temperature sensor is based on a thermistor design, and will not work with the built-in direct CAN mapping. We recommend using a temperature sensor with a linear response, such as the Autosport Labs Linear Temperature Sensor, Texense Liquid Temperature Sensor or similar.

===Setting CAN baud rate===
The default baud rate for AnalogX is 1M. Ensure this matches the setting under Setup / CAN bus settings.

===Selecting the AnalogX preset===
Select the starter CAN preset for AnalogX. This will bring in the basic 0-5v mapping, which you can then calibrate further using the CAN mapping conversion formula.

[[file:analogx2_preset_app.jpg|640px]]

===Calibrating Sensors attached to AnalogX===
Navigate to Setup / CAN mapping, and edit the channel you wish to customize.

===Select the channel===
Touch the channel selection drop down and select the channel that matches your sensor.
* '''Note, it's recommended you use the preset name for your channels; if no channel exists that matches your sensor, you can customize the channel name, units, and min/max values directly

==Sensor Conversion Formulas==
AnalogX reports it's raw value from 0-5000mV. You can use the formula to scale and offset the raw value to a real-world value.

===Linear Fluid Temperature Sensor===
The Autosport Labs Linear Fluid Temperature (ASL_LINEAR_TEMP_M8) sensor has a 10mV/C scaling, with a 0.5V offset at 0C.

[[file:linear_temp_sensor_analogx_scaling.png|480px]]

===10 bar / 150 PSI pressure sensor===
The Autosport Labs 10 bar pressure sensor (ASL_10_BAR_DELPHI3_M8) has the following calibration / range:

'''(0 - 10 bar / 150 PSI range)'''
* 0.5v 0 bar / = 0 PSI
* 4.5v = 10 bar / 150 PSI

The sensor has a 4000mV range between min and max values, with a 500mV offset.

Therefore,

The offset is calculated based on the 500mV offset of the sensor (500mv * 0.375 = 18.75)

for 0-150 PSI use the formula: '''RAW * 0.0375 - 18.75'''

* '''Note:''': The 0.0375 value was derived from the formua: 150 PSI / 4000mV = 0.0375 PSI/mV

[[file:AnalogX_150PSI_oil_pressure_example_formula.png|480px]]

===150 Bar / 2175 PSI pressure sensor===
The Autosport Labs 150 bar pressure sensor (ASL_150_BAR_DELPHI3_M8) has the following calibration / range:

'''(0 - 150 bar / 2175 PSI range)'''
* 0.5v = 0 bar / 0 PSI
* 4.5v = 150 bar / 2175 PSI

for 0-2175 PSI, use the formula: '''RAW * 0.5437 - 271.85'''

===Texense Liquid Temperature Sensor===
This sensor has a range of -50 to 150C and has a 22.5mV/C calibration.

0.25v = -50C
4.75v = 150C
(200C sweep)

The sensor has a 4500mV range between -50C and 150C, with a 250mV offset.

Therefore, 200C / 4500mV = 0.04444 C/mV

The offset is calculated based on the 250mV offset of the sensor (250mV * 0.0444444 = 11.1111)

The offset is further adjusted by the starting range of the sensor (-50C)

Resulting formula: '''RAW * 0.04444 - 61.1111'''

[[image:Texense_Liquid_temperature_sensor_CAN_channel_mapping.png|480px]]

* '''Note''' you can convert the resulting value to Fahrenheit by selecting the '''C -> F''' option in the Formula Conversions Tab.

===Other sensors===
Please refer to these manufacturer's user guide on how to map data using the provided AnalogX CAN protocol.

==Wiring==
===Power and CAN===
* Connector: M8 4P Male, A coding
[[file:M8_4P_male_pinout.jpg|200px]]
{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low ||
|-
| 2 || Power || Red, 12-14v / 50mA
|-
| 3 || CAN high ||
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Sensor connections===
* Connector: M8 8P Female, A coding
[[file:M8_8P_female_pinout.jpg|200px]]
{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || Analog/Digital 1 ||
|-
| 2 || Analog/Digital 2 ||
|-
| 3 || Analog/Digital 4 ||
|-
| 4 || Vref || 5v @ 1A max current, combined with pin 6
|-
| 5 || Ground ||
|-
| 6 || Vref || 5v @ 1A max current, combined with pin 4
|-
| 7 || Analog/Digital 3 ||
|-
| 8 || Ground ||
|}

* '''Note''': The AnalogX inputs are very high impedance, allowing connection to existing circuits / sensors without affecting the reading of that circuit. As such, no pull-up or pull-down resistors are provided and must be added externally if needed.

==DIP switch settings==
You can access the DIP switches by removing the end plate on the CAN + power side. These switches enable an number of options:

{| class="wikitable"
|-
! Switch !! Function || Description
|-
| 1 || Termination || Set to ON to enable CAN termination
|-
| 2 || Address offset 1 || [[AnalogX2#Adjusting_Base_ID|Used to select the base CAN address]]
|-
| 3 || Address offset 2 || [[AnalogX2#Adjusting_Base_ID|Used to select the base CAN address]]
|-
| 4 || CAN Baud Rate || OFF to enable 1M (default), ON to enable 500K
|}

[[image: analogx2_dip_switch.jpg|600px]]

===CAN termination===

AnalogX is not terminated by default. You can enable termination by switching the [[AnalogX2#DIP_switch_settings|termination DIP switch]] to ON.

==Installation==
You can mount AnalogX2 to any flat mounting service. For best performance and reliability, keep away from sources of heat.

==Troubleshooting==

===No CAN data===
* Ensure AnalogX is receiving 12v via it's connection.
** '''Note''': Ensure your data system is also receiving 12v if it is powering AnalogX
* Double check the CAN bus connections
* Verify the CAN baud rate is compatible with the AnalogX configuration (1M by default, 500K enabled with DIP switch)
* Verify your CAN bus termination is correct. (Not terminated by default, enabled with DIP switch)
* Simplify your CAN bus network: Try making AnalogX the only other CAN device on the network, just as a test.
* Check for short circuits / over-current on the 5v reference. If too much current is drawn from the 5v reference, AnalogX may shut down in self-protection mode.

===Data is being received, but it is incorrect===

====Basic mapping test====
Try simplifying the mapping to verify the correct data is transmitted.

* Go into the software for the receiving system, and set the CAN formula to '''multiply by 1''' and '''add 0''' and '''divide by 1''' , and '''unsigned integer'''. and update the software settings.
** This will cause the receiving system to display the raw millivolt (mV) value from AnalogX.
* Disconnect the sensors from AnalogX.
* For each AnalogX input perform the following test:
** Connect the input to AnalogX's ground. Your receiving system should show very close to 0, which is 0 volts.
** Connect the input to AnalogX's 5v reference. Your receiving system should show very close to 5000, which represents 5000mV.

* '''Note''': The AnalogX inputs are very sensitive and high impedance to prevent affecting the readings of existing circuits. Therefore, if the inputs are disconnected, it will 'float' and may show random readings.

If you can confirm these readings, then perform the additional steps:
* For each AnalogX input, re-connect your sensor.
** Measure the voltage right where it enters AnalogX.
** Compare that with the reading on the receiving system. The value should be the voltage X 1000, translated to mV. Example: 2.5v measured should show 2500 on the receiving system.

If you can verify received millivolt value equals the measured voltage at the AnalogX input, then you know the correct value is being transmitted to the system, and you can focus on mapping the raw millivolt value to the real world temperature, pressure, or etc. Consult the sensor manufacturer and the system to determine the proper mapping of the sensor you are using.

==Specifications==
{| class="wikitable" | width="600px"
|-
! Feature
! Description
|-
| Analog sensor input voltage range
| 0 - 5v
|-
| DAC resolution
| 12 bit SAR
|-
| Sample output format
| 0 - 5000mV
|-
| Input impedance
| Greater than 10 Meg Ohm
|-
| Input voltage protection
| 100v
|-
| CAN baud rate
| 1M and 500K, jumper configurable
|-
| Address Space
| 4 separate address spaces allows up to 4 AnalogX modules to operate on the same CAN network. (DIP switch configurable)
|-
| Power input and connections
| 9 - 15volts, protected to 40v (intermittent)
|-
| Harness
| M8 4P Male for power + ground, M8 8P for sensor connection
|-
| Weight
| 100gm (approximately)
|-
| Dimensions
| 60 x 60 (approximately)
|-
| Environmental
| IP65, 0-85C
|}

=AnalogX CAN bus API=
==Overview==
The CAN bus API provides the configuration and control interface for AnalogX

==CAN base ID==

CAN base ID is '''0xE4600 (935424)'''

====Adjusting Base ID====
The base address is determined by the state of the '''ADR1''' and '''ADR2''' [[AnalogX2#DIP_switch_settings|DIP switches]], accessible behind the power + CAN end plate. By default, the DIP switches are off.

* Switching on ADR1 will add 256 to the base ID
* Switching on ADR2 will add 512 to the base ID.

The combination of jumper settings will allow up to 4 AnalogX units to coexist on the same CAN bus.

{| class="wikitable" | width="600px"
|-
! ADR2 switch
! ADR1 switch
! Address
|-
| Off
| Off
| 0xE4600 (935424)
|-
| Off
| On
| 0xE4700 (935680)
|-
| On
| Off
| 0xE4800 (935936)
|-
| On
| On
| 0xE4900 (936192)
|}

===CAN Baud rate===

1M and 500K rates are supported

1M is enabled by default; switch on the '''Baud''' [[AnalogX2#DIP_switch_settings|DIP switch]] to enable 500K data rate.

==CAN Messages==

===Announcement===

The announcement message is broadcast by the AnalogX upon power up.

====Address====
'''CAN ID:''' Base + 0x0 (0)

{| class="wikitable" | width="600px"
|-
! Offset
! What
! Value
|-
| 0
| Channel Count
| Total number of channels on device
|-
| 1
| Current sample rate, in Hz
|
|-
| 2
| Reserved
|
|-
| 3
| Reserved
|
|-
| 4
| Reserved
|
|-
| 5
| Major Version
| Firmware Major Version Number
|-
| 6
| Minor Version
| Firmware Minor Version Number
|-
| 7
| Patch Version
| Firmware Patch version number
|}

===Configuration Group 1===

Configures options for AnalogX.

Send this message to AnalogX to configure runtime settings. Settings are saved in flash memory and will be preserved across power cycles.

* '''Note:''' To read the current settings, broadcast a message with this CAN ID with no data (data length of 0) - AnalogX will reply with the current configuration.

====Address====
'''CAN ID:''' Base + 0x3 (3)

{| class="wikitable" | width="600px"
|-
! Offset
! What
! Value
|-
| 0
| Sample Rate
| Rate to report sensor values ( 1 - 255Hz). Default sample rate is 50Hz.
|-
| 1
| Reserved
|
|-
| 2
| Reserved
|
|-
| 3
| Reserved
|
|-
| 4
| Reserved
|
|-
| 5
| Reserved
|
|-
| 6
| Reserved
|
|-
| 7
| Reserved
|
|}

===Statistics===

Broadcast by AnalogX every 1 second.

====Address====
'''CAN ID:''' Base + 0x2 (2)

{| class="wikitable" | width="600px"
|-
! Offset
! What
! Value
|-
| 0
| Current Sample Rate
| 1 - 255Hz
|-
| 1
| Reserved
|
|-
| 2
| Reserved
|
|-
| 3
| Reserved
|
|-
| 4
| Reserved
|
|-
| 5
| Major Version
| Firmware Major Version Number
|-
| 6
| Minor Version
| Firmware Minor Version Number
|-
| 7
| Patch Version
| Firmware Patch version number
|}

===Sample Broadcast===

Sample Broadcast for Analog inputs. The samples are broadcast based on the configured sample rate (default is 50Hz)

===Scaling and Data format===
* '''Scaling:''' 0-5000mV
* '''Data format:''' Little Endian

===Address===
* '''CAN ID:''' Base + 0x14 (20)

{| class="wikitable" | width="600px"
|-
! Offset
! What
! Value
|-
| 0
| Channel 1, low byte
|
|-
| 1
| Channel 1, high byte
|
|-
| 2
| Channel 2, low byte
|
|-
| 3
| Channel 2, high byte
|
|-
| 4
| Channel 3, low byte
|
|-
| 5
| Channel 3, high byte
|
|-
| 6
| Channel 4, low byte
|
|-
| 7
| Channel 4, high byte
|
|}

File:Analogx Connection diagram 2.jpg

2026-03-07T15:50:57Z

Abdurrehman Akhtar:

CAN Bus With Additional Devices

File:Analogx2 Simple Connection.png

2026-03-07T15:40:44Z

Abdurrehman Akhtar:

Analogx2 Simple Connection single device

PodiumConnect Micro

2026-03-05T11:37:22Z

Abdurrehman Akhtar: /* Real-time Telemetry Setup */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

== Wi-Fi Operating Modes==
PodiumConnect Micro support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

=== Wi-Fi Operating Modes ===
[[File:Wifi Podium Updated.png]]

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

= Real-time Telemetry Setup =
This section explains how to configure PodiumConnect Micro to stream live telemetry data to the Podium cloud service so it can be viewed remotely using the Podium app or the Podium website.

=== Overview ===
Three components are used when working with live telemetry:

* RaceCapture App : Used to connect directly to the device for configuration and local dashboard viewing.
* Podium App : Used to view live telemetry and previously recorded sessions in the cloud.
* Podium Website : Provides web access to the same telemetry data available in the Podium app.

=== Step 1 : Configure WiFi Connectivity ===
[[File:Inital setup.gif|750px]]
* Open the RaceCapture app and connect to your device.
* Navigate to Setup from the main screen.
* Click Read to load the current configuration.
* Select the Wireless tab.
** Configure the following settings:
*** Enable WiFi Support
*** Enable Client Mode
*** Enter the SSID and password for your hotspot or WiFi network
'''Note:''' The hotspot must support 2.4 GHz WiFi. Many hotspots default to 5 GHz, which is not supported. If necessary, configure your hotspot to allow 2.4 GHz operation.
For testing purposes, you may use your phone’s hotspot to confirm the connection is working correctly.
* Enable WiFi Telemetry at the bottom of the Wireless settings.
[[File:Enable wifi telemetry option.png|750px]]

=== Step 2 : Configure the Telemetry Streaming Key ===
[[File:Telemetry streaming key updated.gif|750px]]

To stream telemetry to Podium, you must enter a Telemetry Streaming Key.
* Open the Podium website.
* Navigate to Settings → Devices.
* Select your device from the list.
* Copy the Streaming Key shown for the device.
Return to the RaceCapture app:
* Navigate to the Telemetry tab.
* Paste the Streaming Key into the Telemetry Streaming Key field.

=== Step 3 : Configure Streaming Behavior ===
[[File:Background streaming key.png|750px]]

For testing or continuous streaming '''Enable Background Streaming'''.
This causes the device to begin telemetry streaming immediately after power-up. If Background Streaming is disabled, telemetry streaming will begin only when the system starts logging based on its configured trigger (typically vehicle speed, but other channels such as RPM may be used). This helps prevent unnecessary telemetry transmission when the vehicle is powered but not actively driving.

=== Step 4: Apply Configuration and Reboot===
Click Write to save the configuration to the device.

[[File:Configuration (write).png|750px]]

Reboot the device by either:
* Power cycling the unit, or
[[File:Rebot.png|750px]]
* Navigating to Setup > Firmware > Reboot.

=== Step 5 : Verify WiFi Connection ===
[[File:Verify WiFi Connection gif file.gif|750px]]

After rebooting:
* Navigate to System Status > WiFi.
* Confirm the WiFi Client is connected to the hotspot.

=== Step 6 : Confirm Telemetry Streaming ===
If telemetry streaming is active:
* The telemetry LED on the device will blink, indicating the system is transmitting telemetry to Podium.
* This indicates the system is transmitting telemetry to Podium.
=== Viewing Live Telemetry ===
==== Podium Website ====

[[File:Viewing Live Telemetry podium website.gif|750px]]

* Open the Podium website.
* Navigate to Events.
* Locate the automatically generated live event for your device.
* Open the event to view live telemetry data.
* You should see real-time channel updates such as:
** IMU motion
** G-forces
** Sensor values

==== Podium App ====

The Podium app provides a richer telemetry viewing experience.

# Open the Podium app.
# Navigate to Events > Live Events.
# Select your device.

From here you can:
* View live dashboards
* Switch dashboard views
* Monitor individual telemetry channels

Dashboards can be:
* Selected from built-in presets
* Custom created and saved
* Shared by the community

=== Track Detection and Lap Timing ===

For automatic lap timing, ensure your track is added in Podium.
# Navigate to Racetracks.
# Add the tracks where you typically race.
When the system detects a known track, Podium will automatically enable:
* Lap timing
* Lap-based telemetry analysis
This allows session data to be viewed and analyzed in the context of laps.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== Tire Pressure Monitoring System (TPMS) ==
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

PodiumConnect Micro

2026-03-05T11:34:45Z

Abdurrehman Akhtar:

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

== Wi-Fi Operating Modes==
PodiumConnect Micro support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

=== Wi-Fi Operating Modes ===
[[File:Wifi Podium Updated.png]]

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

= Real-time Telemetry Setup =

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== Tire Pressure Monitoring System (TPMS) ==
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

RaceCaptureTrack MK4

2026-03-05T11:31:20Z

Abdurrehman Akhtar: /* Real-time Telemetry Setup */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the round M8 connectors oriented toward the front of the vehicle, and USB connector / rubber antenna cover pointing towards the rear of the vehicle.

This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.

Also:

* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.

'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.

Expert mode: For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.

==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your RaceCapture to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:Enable Telemetry.png|800px]]

=== Wi-Fi Operating Modes ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Real-time Telemetry Setup ==
This section explains how to configure your device to stream live telemetry data to the Podium cloud service so it can be viewed remotely using the Podium app or the Podium website.

=== Overview ===
Three components are used when working with live telemetry:

* RaceCapture App : Used to connect directly to the device for configuration and local dashboard viewing.
* Podium App : Used to view live telemetry and previously recorded sessions in the cloud.
* Podium Website : Provides web access to the same telemetry data available in the Podium app.

=== Step 1 : Configure WiFi Connectivity ===
[[File:Inital setup.gif|750px]]
* Open the RaceCapture app and connect to your device.
* Navigate to Setup from the main screen.
* Click Read to load the current configuration.
* Select the Wireless tab.
** Configure the following settings:
*** Enable WiFi Support
*** Enable Client Mode
*** Enter the SSID and password for your hotspot or WiFi network
'''Note:''' The hotspot must support 2.4 GHz WiFi. Many hotspots default to 5 GHz, which is not supported. If necessary, configure your hotspot to allow 2.4 GHz operation.
For testing purposes, you may use your phone’s hotspot to confirm the connection is working correctly.
* Enable WiFi Telemetry at the bottom of the Wireless settings.
[[File:Enable wifi telemetry option.png|750px]]

=== Step 2 : Configure the Telemetry Streaming Key ===
[[File:Telemetry streaming key updated.gif|750px]]

To stream telemetry to Podium, you must enter a Telemetry Streaming Key.
* Open the Podium website.
* Navigate to Settings → Devices.
* Select your device from the list.
* Copy the Streaming Key shown for the device.
Return to the RaceCapture app:
* Navigate to the Telemetry tab.
* Paste the Streaming Key into the Telemetry Streaming Key field.

=== Step 3 : Configure Streaming Behavior ===
[[File:Background streaming key.png|750px]]

For testing or continuous streaming '''Enable Background Streaming'''.
This causes the device to begin telemetry streaming immediately after power-up. If Background Streaming is disabled, telemetry streaming will begin only when the system starts logging based on its configured trigger (typically vehicle speed, but other channels such as RPM may be used). This helps prevent unnecessary telemetry transmission when the vehicle is powered but not actively driving.

=== Step 4: Apply Configuration and Reboot===
Click Write to save the configuration to the device.

[[File:Configuration (write).png|750px]]

Reboot the device by either:
* Power cycling the unit, or
[[File:Rebot.png|750px]]
* Navigating to Setup > Firmware > Reboot.

=== Step 5 : Verify WiFi Connection ===
[[File:Verify WiFi Connection gif file.gif|750px]]

After rebooting:
* Navigate to System Status > WiFi.
* Confirm the WiFi Client is connected to the hotspot.

=== Step 6 : Confirm Telemetry Streaming ===
If telemetry streaming is active:
* The blue telemetry LED on the device will blink.
* This indicates the system is transmitting telemetry to Podium.
=== Viewing Live Telemetry ===
==== Podium Website ====

[[File:Viewing Live Telemetry podium website.gif|750px]]

* Open the Podium website.
* Navigate to Events.
* Locate the automatically generated live event for your device.
* Open the event to view live telemetry data.
* You should see real-time channel updates such as:
** IMU motion
** G-forces
** Sensor values

==== Podium App ====

The Podium app provides a richer telemetry viewing experience.

# Open the Podium app.
# Navigate to Events > Live Events.
# Select your device.

From here you can:
* View live dashboards
* Switch dashboard views
* Monitor individual telemetry channels

Dashboards can be:
* Selected from built-in presets
* Custom created and saved
* Shared by the community

=== Track Detection and Lap Timing ===

For automatic lap timing, ensure your track is added in Podium.
# Navigate to Racetracks.
# Add the tracks where you typically race.
When the system detects a known track, Podium will automatically enable:
* Lap timing
* Lap-based telemetry analysis
This allows session data to be viewed and analyzed in the context of laps.

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
Your system logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from your system.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Mounting and dimensions=
==STEP file for mounting pattern==
Download : [[File:RCT-Mk4_enclosure_solid_for_mounting_pattern.zip]]

==Dimensions==
Dimensions of main body (not including connectors): 94 x 61 x 16mm (3.7 x 2.4 x 0.63in)

File:Viewing Live Telemetry podium website.gif

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Abdurrehman Akhtar:

Viewing Live Telemetry podium website

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Verify WiFi Connection gif file

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Verify WiFi Connection

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Rebot

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Configuration (write)

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Background streaming key

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Telemetry streaming key updated

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Telemetry streaming key

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Enable wifi telemetry option

RaceCaptureTrack MK4

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Abdurrehman Akhtar:

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the round M8 connectors oriented toward the front of the vehicle, and USB connector / rubber antenna cover pointing towards the rear of the vehicle.

This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.

Also:

* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.

'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.

Expert mode: For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.

==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your RaceCapture to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:Enable Telemetry.png|800px]]

=== Wi-Fi Operating Modes ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Real-time Telemetry Setup ==
This section explains how to configure your device to stream live telemetry data to the Podium cloud service so it can be viewed remotely using the Podium app or the Podium website.

=== Overview ===
Three components are used when working with live telemetry:

* RaceCapture App : Used to connect directly to the device for configuration and local dashboard viewing.
* Podium App : Used to view live telemetry and previously recorded sessions in the cloud.
* Podium Website : Provides web access to the same telemetry data available in the Podium app.

=== Step 1 – Configure WiFi Connectivity ===
[[File:Inital setup.gif|750px]]
# Open the RaceCapture app and connect to your device.
# Navigate to Setup from the main screen.
# Click Read to load the current configuration.
# Select the Wireless tab.
* Configure the following settings:
** Enable WiFi Support
** Enable Client Mode
** Enter the SSID and password for your hotspot or WiFi network
'''Note:''' The hotspot must support 2.4 GHz WiFi. Many hotspots default to 5 GHz, which is not supported. If necessary, configure your hotspot to allow 2.4 GHz operation.
For testing purposes, you may use your phone’s hotspot to confirm the connection is working correctly.
Next:
# Enable WiFi Telemetry at the bottom of the Wireless settings.

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
Your system logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from your system.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Mounting and dimensions=
==STEP file for mounting pattern==
Download : [[File:RCT-Mk4_enclosure_solid_for_mounting_pattern.zip]]

==Dimensions==
Dimensions of main body (not including connectors): 94 x 61 x 16mm (3.7 x 2.4 x 0.63in)

RaceCaptureTrack MK4

2026-03-05T09:39:02Z

Abdurrehman Akhtar:

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the round M8 connectors oriented toward the front of the vehicle, and USB connector / rubber antenna cover pointing towards the rear of the vehicle.

This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.

Also:

* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.

'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.

Expert mode: For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.

==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your RaceCapture to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:Enable Telemetry.png|800px]]

=== Wi-Fi Operating Modes ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
Your system logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from your system.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Mounting and dimensions=
==STEP file for mounting pattern==
Download : [[File:RCT-Mk4_enclosure_solid_for_mounting_pattern.zip]]

==Dimensions==
Dimensions of main body (not including connectors): 94 x 61 x 16mm (3.7 x 2.4 x 0.63in)

RaceCaptureTrack MK4

2026-03-05T09:37:35Z

Abdurrehman Akhtar: /* Real-time Telemetry Setup */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the round M8 connectors oriented toward the front of the vehicle, and USB connector / rubber antenna cover pointing towards the rear of the vehicle.

This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.

Also:

* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.

'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.

Expert mode: For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.

== Real-time Telemetry Setup ==
This section explains how to configure your device to stream live telemetry data to the Podium cloud service so it can be viewed remotely using the Podium app or the Podium website.

=== Overview ===
Three components are used when working with live telemetry:

* RaceCapture App : Used to connect directly to the device for configuration and local dashboard viewing.
* Podium App : Used to view live telemetry and previously recorded sessions in the cloud.
* Podium Website : Provides web access to the same telemetry data available in the Podium app.

=== Step 1 – Configure WiFi Connectivity ===
[[File:Inital setup.gif|750px]]
# Open the RaceCapture app and connect to your device.
# Navigate to Setup from the main screen.
# Click Read to load the current configuration.
# Select the Wireless tab.
* Configure the following settings:
** Enable WiFi Support
** Enable Client Mode
** Enter the SSID and password for your hotspot or WiFi network
'''Note:''' The hotspot must support 2.4 GHz WiFi. Many hotspots default to 5 GHz, which is not supported. If necessary, configure your hotspot to allow 2.4 GHz operation.
For testing purposes, you may use your phone’s hotspot to confirm the connection is working correctly.
Next:
# Enable WiFi Telemetry at the bottom of the Wireless settings.

==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your RaceCapture to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:Enable Telemetry.png|800px]]

=== Wi-Fi Operating Modes ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
Your system logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from your system.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Mounting and dimensions=
==STEP file for mounting pattern==
Download : [[File:RCT-Mk4_enclosure_solid_for_mounting_pattern.zip]]

==Dimensions==
Dimensions of main body (not including connectors): 94 x 61 x 16mm (3.7 x 2.4 x 0.63in)

RaceCaptureTrack MK4

2026-03-05T09:35:36Z

Abdurrehman Akhtar:

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the round M8 connectors oriented toward the front of the vehicle, and USB connector / rubber antenna cover pointing towards the rear of the vehicle.

This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.

Also:

* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.

'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.

Expert mode: For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.

== Real-time Telemetry Setup ==
This section explains how to configure your device to stream live telemetry data to the Podium cloud service so it can be viewed remotely using the Podium app or the Podium website.

=== Overview ===
Three components are used when working with live telemetry:

* RaceCapture App : Used to connect directly to the device for configuration and local dashboard viewing.
* Podium App : Used to view live telemetry and previously recorded sessions in the cloud.
* Podium Website : Provides web access to the same telemetry data available in the Podium app.

=== Step 1 – Configure WiFi Connectivity ===
[[File:Inital setup.gif|750px]]
# Open the RaceCapture app and connect to your device.
# Navigate to Setup from the main screen.
# Click Read to load the current configuration.
# Select the Wireless tab.
* Configure the following settings:
** Enable WiFi Support
** Enable Client Mode
** Enter the SSID and password for your hotspot or WiFi network

==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your RaceCapture to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:Enable Telemetry.png|800px]]

=== Wi-Fi Operating Modes ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
Your system logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from your system.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Mounting and dimensions=
==STEP file for mounting pattern==
Download : [[File:RCT-Mk4_enclosure_solid_for_mounting_pattern.zip]]

==Dimensions==
Dimensions of main body (not including connectors): 94 x 61 x 16mm (3.7 x 2.4 x 0.63in)

File:Inital setup.gif

2026-03-05T09:34:11Z

Abdurrehman Akhtar:

Inital setup

PodiumConnect Micro

2026-01-21T17:34:34Z

Abdurrehman Akhtar: /* Wi-Fi Operating Modes */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

== Wi-Fi Operating Modes==
PodiumConnect Micro support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

=== Wi-Fi Operating Modes ===
[[File:Wifi Podium Updated.png]]

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== Tire Pressure Monitoring System (TPMS) ==
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

File:Wifi Podium Updated.png

2026-01-21T17:33:45Z

Abdurrehman Akhtar:

Wifi Podium Updated

PodiumConnect Micro

2026-01-21T17:22:45Z

Abdurrehman Akhtar: /* Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

== Wi-Fi Operating Modes==
PodiumConnect Micro support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

=== Wi-Fi Operating Modes ===
[[File:Wifi Podium.png|800px]]

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== Tire Pressure Monitoring System (TPMS) ==
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

RaceCaptureTrack MK4

2026-01-21T17:21:54Z

Abdurrehman Akhtar: /* Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:Enable Telemetry.png|800px]]

=== Wi-Fi Operating Modes ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for RaceCapture/Track MK4 and PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

RaceCaptureTrack MK4

2026-01-21T17:21:29Z

Abdurrehman Akhtar: /* Configure WiFi Connection and WiFi Telemetry */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:Enable Telemetry.png|800px]]

=== Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for RaceCapture/Track MK4 and PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

RaceCaptureTrack MK4

2026-01-21T17:13:41Z

Abdurrehman Akhtar: /* Configure WiFi Connection and WiFi Telemetry */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:Enable Telemetry.png|800px]]

=== Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for RaceCapture/Track MK4 and PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

File:Enable Telemetry.png

2026-01-21T17:13:07Z

Abdurrehman Akhtar:

Enable Telemetry

RaceCaptureTrack MK4

2026-01-21T17:10:05Z

Abdurrehman Akhtar: /* First Time Wizard Setup */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for RaceCapture/Track MK4 and PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

PodiumConnect Micro

2026-01-21T16:48:47Z

Abdurrehman Akhtar: /* Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

== Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) ==
PodiumConnect Micro support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

=== Wi-Fi Operating Modes ===
[[File:Wifi Podium.png|800px]]

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== Tire Pressure Monitoring System (TPMS) ==
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

File:Wifi Podium.png

2026-01-21T16:46:58Z

Abdurrehman Akhtar:

Wifi Podium

PodiumConnect Micro

2026-01-21T16:45:18Z

Abdurrehman Akhtar: /* Quick Start Guide */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

== Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) ==

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== Tire Pressure Monitoring System (TPMS) ==
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

RaceCaptureTrack MK4

2026-01-21T15:34:23Z

Abdurrehman Akhtar: /* Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]
=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]] 

'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

==== Wi-Fi Reliability Improvements in Firmware v2.23.3 ====
Firmware version 2.23.3 introduces multiple improvements to Wi-Fi reliability and connection stability for RaceCapture/Track MK4 and PodiumConnect/Micro. These updates are focused on improving real-world Wi-Fi behavior during configuration and telemetry use.

'''Summary of Improvements'''

* Improved Wi-Fi connection stability during normal operation
* More reliable reconnection behavior after temporary signal loss
* Improved handling of access point and network transitions
* Reduced likelihood of stalled or unresponsive Wi-Fi connections
* Improved behavior during STA hotspot scanning
* General robustness improvements when operating in environments with variable or congested wireless conditions

'''Note:''' These improvements apply automatically when running firmware version 2.23.3 or newer. No additional configuration is required.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

RaceCaptureTrack MK4

2026-01-21T15:29:04Z

Abdurrehman Akhtar: /* Configure WiFi Connection and WiFi Telemetry */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]
=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== Wi-Fi Operating Modes and Reliability Improvements (Firmware v2.23.3) ===

RaceCapture/Track MK4 support multiple Wi-Fi operating modes to accommodate different configuration, connectivity, and telemetry use cases. Firmware version 2.23.3 introduces significant improvements to Wi-Fi reliability and connection behavior across all supported modes.

==== Wi-Fi Operating Modes ====
[[File:Wifi Modes.jpg|800px]]
'''Access Point (AP) Mode'''

In Access Point (AP) mode, the device creates its own Wi-Fi network. The RaceCapture app connects directly to the device’s access point.

* Simple, direct connection between the app and the device
* Does not require an external hotspot or router
* Provides stable app connectivity
* Internet access is not available unless bridged through another device

This mode is useful when operating without external network infrastructure or when a direct connection is preferred.

'''AP + STA Mode (Access Point + Station)'''

In AP + STA mode, the device operates simultaneously as:
* A Wi-Fi access point for the RaceCapture app
* A Wi-Fi station (STA) connected to an external hotspot for internet access or telemetry uplink.

When operating in this mode:
* If the station is connected to a hotspot, telemetry and internet services can be routed through the hotspot.
* If the station is actively searching for a hotspot, brief pauses in access point traffic may occur while Wi-Fi scanning is in progress.

'''Note:''' During hotspot scanning, short interruptions in app communication are expected behavior.

'''Recommended Setup (App Connected to Hotspot)'''

For the smoothest real-time telemetry performance, the recommended configuration is:

* The RaceCapture app connects to the same hotspot as the device
* The device operates primarily as a Wi-Fi station
* The internal access point is not used for app communication

This configuration minimizes Wi-Fi scanning activity and provides the most stable telemetry operation, especially in dynamic or congested wireless environments.

For instructions on updating firmware, see the Updating Firmware section below.

=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

File:Wifi Modes.jpg

2026-01-21T15:28:10Z

Abdurrehman Akhtar:

Wifi Modes

RaceCaptureTrack MK4

2026-01-21T14:50:03Z

Abdurrehman Akhtar: /* Updating Firmware */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]
=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect RaceCaptureTrack MK4 via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the RaceCaptureTrack MK4 firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

RaceCaptureTrack MK4

2026-01-21T14:49:31Z

Abdurrehman Akhtar: /* Backing Up Configurations */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]
=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your RaceCaptureTrack MK4 to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

PodiumConnect Micro

2026-01-16T19:03:14Z

Abdurrehman Akhtar: /* Comprehensive Setup Guide */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== Tire Pressure Monitoring System (TPMS) ==
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

PodiumConnect Micro

2026-01-16T19:01:08Z

Abdurrehman Akhtar: /* Tire Pressure Monitoring System (TPMS) */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

RaceCaptureTrack MK4

2026-01-16T18:58:53Z

Abdurrehman Akhtar: /* Comprehensive Setup Guide */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]
=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

=== Tire Pressure Monitoring System (TPMS) ===
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

==== System Overview ====

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

==== Supported Features ====
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

==== Registering TPMS Sensors ====
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

RaceCaptureTrack MK4

2026-01-16T18:53:18Z

Abdurrehman Akhtar: /* Tire Pressure Monitoring System (TPMS) */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]
=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.
=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

PodiumConnect Micro

2026-01-16T16:08:23Z

Abdurrehman Akhtar: /* Comprehensive Setup Guide */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

== Bluetooth Connectivity ==
PodiumConnect Micro support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the PodiumConnect Micro
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the PodiumConnect Micro is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
= Tire Pressure Monitoring System (TPMS) =
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

== System Overview ==

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

== Supported Features ==
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

== Registering TPMS Sensors ==
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

RaceCaptureTrack MK4

2026-01-16T16:05:16Z

Abdurrehman Akhtar: /* Comprehensive Setup Guide */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]
=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.
=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

=== Bluetooth Connectivity ===
RaceCapture/Track MK4 support Bluetooth connectivity for communication with the RaceCapture app. Bluetooth can be used as an alternative to Wi-Fi for device setup, configuration, and telemetry access.

'''Overview''' 

* Bluetooth provides a direct wireless connection between the device and the RaceCapture app
* No external networking hardware is required
* Bluetooth is typically used for initial setup or when Wi-Fi is not available

'''Default Bluetooth Password''' 

By default, Bluetooth connections use the following password:
* Default Bluetooth password: 123456
'''Note :''' Older RaceCapture systems used a default Bluetooth password of 1234. Newer systems use 123456 by default.

'''Connecting via Bluetooth''' 

* Power on the RaceCapture/Track MK4
* Under your phone/tablet's Android Settings, navigate to the Bluetooth section.
* Select the option to pair a device. Your phone/tablet will search for available devices.
* Once the RaceCapture device is found, select it to pair.

'''Changing Connection Type''' 
* The connection method can be changed within the RaceCapture app:
* Open the RaceCapture app.
* Navigate to Setup → App Preferences.
* Select the desired connection type (Bluetooth or Wi-Fi).
* Return to the main screen and reconnect using the selected method.

'''Note :''' The Bluetooth password can be changed from within the device configuration settings in the RaceCapture app.

== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

== Tire Pressure Monitoring System (TPMS) ==
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

PodiumConnect Micro

2026-01-13T17:05:40Z

Abdurrehman Akhtar: /* Tire Pressure Monitoring System (TPMS) */

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
= Tire Pressure Monitoring System (TPMS) =
PodiumConnect Micro support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

== System Overview ==

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

== Supported Features ==
* PodiumConnect Micro support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

== Registering TPMS Sensors ==
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

PodiumConnect Micro

2026-01-13T16:57:48Z

Abdurrehman Akhtar:

=Quick Start Guide=
[[File:Podium Connect Micro.png|640px]]
==Connecting the Hardware==
===Mounting===
* Mount the Podium Connect Micro where the USB connection is easily accessible.
* The unit can be mounted in any orientation.
* Ensure the unit is kept away from direct heat sources.

===Pigtail Connection===
* If your system includes a pigtail connector, use the M8 4-pin connector for power and CAN communication.
* Red wire to +12V, Black to ground, Green to CAN High and White to CAN Low.
* Note: it is recommended to use same power of your data system.

[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

Power is standard automotive 12-14v (nominal).

===Plug-and-Play Connection (AIM)===
* If your system includes the AIM integration cable, plug it directly to the AIM Data Hub.
'''Note:''' It is the same data hub where AIM SmartyCAM plug into.

[[File:AIM Connection node.jpg]]

==Create Your Podium Account==
===Create Device and Streaming Key===
* Create an account on [http://podium.live Podium]
* Setup the Device Name
* Make a note of the Streaming ID provided, so you can enter it into the wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
[[File:Windows Download.png]]
===Windows===
* Get the latest version of the Podium App from the [https://podium.live/software DOWNLOADS PAGE].
* Download the .exe file for Windows.
[[File:Installing on Window.png]]
* Run the setup wizard and follow the on-screen instructions to complete the installation.
* Once installed, launch the app and log in using your Podium account.
===macOS===
Download the .dmg file for macOS.
Open it and drag the Podium App to your Applications folder.
After installation, open the app and sign in with your credentials.

===Android/iOS===
* Get the latest version of the Podium app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.podium]][[Image:itunes_app_store.jpg|link=https://apps.apple.com/us/app/podium-livestream-your-racing/id1499176249]]

==Creating an Event and Adding Devices==
* Create an Event
** In the app, go to My Events and click Create Event.
** Enter your Event Title, Start and End Dates, and Track details.
[[File:Creating Event.png]]

* Add Devices
** After creating an event, add one or more devices to it.
** This enables you to stream telemetry data and compare laps directly within the dashboard.
[[File:Adding Devices.png]] 

For more detailed guidance on analyzing driver data and using advanced tools, refer to the [Podium Driver Data Analysis Guide https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis]

==First-Time Setup Wizard==

The first time setup wizard will guide you through the essential setup of your PodiumConnect

[[File:First-Time Wizard 1.png|640px]]

Ensure the device is connected via USB before proceeding

[[File:First-Time Wizard 2.png|640px]]

* Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app.
* Note: To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.

===Configure System Presets===
Select the preset configuration matching the data system you have.
[[Image:RaceCapture_app_PodiumConnect_AIM_preset_selection.jpg|640px]]

===Select Favorite Race Tracks===
* Select the tracks you will typically race at so PodiumConnect can detect the track location and calculate lap times.
* '''This is an important step''' to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [[RaceTracks|please submit your track]]!

[[Image:RaceCapture_app_select_favorite_tracks.jpg|640px]]

===Configure Telemetry Streaming Key===
* Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium.
[[File:Streaming key.png|640px]]

===Configure WiFi Connection and WiFi Telemetry===
'''After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:'''

* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the '''client setup''' to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"

[[File:Configure wifi.jpg|640px]]

===Verify Telemetry===
[[File:VERIFYING TELEMETRY.png]]

====Verifying CAN Bus Connectivity====
* Ensure the connector is properly plugged into your data system. This will initiate data reception and also power up the unit when USB is not connected.
* Observe the orange LED on the unit, a steady blinking orange light indicates active CAN bus communication
====Verifying Wi-Fi====
* In the RaceCapture application go to System Status > Wifi
* Verify Client is connected
[[File:Podium Verifying Wifi.png|640px]]

====Verify Telemetry on Podium====
* Wait for the telemetry LED to begin flashing regularly, this indicates that telemetry is actively broadcasting.
* Log in to your Podium account at PODIUM and navigate to the event page.
* Refresh the page; if telemetry is active, an Ad Hoc event will appear.
[[File:Verify Telemetry on Podium.png|640px]]

* Click the Ad Hoc event link to view the connected device.
* Select your device to access the race dashboard and confirm that live data is streaming.
[[File:Verify Telemetry on Podium2.png|640px]]

====Verify Telemetry on Podium Mobile App====
* Download the [https://play.google.com/store/apps/details?id=com.autosportlabs.podium&hl=en Podium Mobile App]
* Log in to your Podium account using the Podium app.
* Navigate to the Events section and tap on the active streaming event.
* You will be directed to the dashboard displaying live telemetry data, lap timing, and other real-time metrics.

=Comprehensive Setup Guide=
==Data System Cable Connection==
Podium Connect Micro supports two types of cable connection systems for data integration:

===Pigtail for MoTeC, ECUmaster, VBox or Others===
The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input on the Podium Connect Micro.
[[file:M8_4P_male_pinout.jpg|200px]]

''Male connector pictured''

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}

'''Note:''' It is recommended to use the same power source as your data system

===AIM Standard Cable===
For AIM data systems, Podium Connect Micro includes a pre-made integration cable with a Binder 5-pin to M8 connector, enabling seamless CAN bus communication.

==Connecting to Your Data System==
===Required CAN Channels for Telemetry===
At a minimum, Podium Connect Micro requires the following data channels from your data system:
* '''Speed :''' Configured with 2 digits of precision in the CAN mapping (e.g., 33.24 kph)
* '''Latitude :''' Configured as decimal degrees of Latitude, with 6 digits of precision in the CAN mapping
* '''Longitude :''' Configured as decimal degrees of Longitude, with 6 digits of precision in the CAN mapping

'''Note:''' These channel names must be defined exactly as shown above in your CAN bus mapping. This minimum data enables
PodiumConnect to calculate lap timing, which forms the context for analyzing additional telemetry such as temperature, throttle position (TPS), RPM, oil pressure, and more.

'''Important:''' Without these channels, telemetry will not function correctly. Do not rename the default channels provided in the system presets.

==CAN Bus Configuration==
===Baud Rate, Termination===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that Termination is enabled if PodiumConnect is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.

==CAN Channel Mapping Guide==
RaceCapture provides presetted channel mappings for supported data systems.
* During the First Time Setup Wizard, you can select your data system (e.g., AIM SmartyCam, MoTec etc), which automatically includes the required channels such as Speed, Latitude, Longitude, and additional default channels may also be included.
* You can verify or customize these mappings by going to the CAN Channel Mappings section under Setup in the RaceCapture app. From there, you can view active channels, edit channel parameters or remove unused channels.
'''Note :''' [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN bus integration guide]

[[File:CAN Channel Mapping2.gif]]
===Lua Scripting and Virtual Channels===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting LUA SCRIPTING GUIDE] for detailed instructions and examples.

===Driver ID and Heart Rate Sensor Setup===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your PodiumConnect/Micro system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
* After all devices are registered, press the Write button to save the configuration.

'''Note:''' Only power on one device during each registration to avoid incorrect pairing.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]

===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 

==Telemetry and Logging Setup==
===Enabling WiFi Telemetry===
* Navigate to Setup > Wireless in the RaceCapture app.
* Enable WiFi Telemetry to allow the device to stream live data over your wireless network.
[[File:Wi-Fi telemetry.png]]
[[File:Enabling WiFi Telemetry.png|640px]]

===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details

===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.

'''Note:''' This process only deletes log files and cache data; it does not affect system configuration or firmware.
[[File:Racecapture app format flash storage.jpg|720px]]

=Real-Time Podium Features=

==Setting Up Podium App==
===Create Device and Streaming Key===
* Create an account on [https://podium.live/ Podium].
* Open the Settings section and Add the name for your device.
* Once your device is created, a Streaming ID will be generated. Make a note of this ID, so you can enter it into the RaceCapture wizard later.
[[File:Streaming ID.jpg|640px]]

==Downloading and Installing the Podium App==
The Podium App is available for Windows, macOS, Android, and iOS platforms. You can find the download links on the Podium Software Page.
===Windows/OSX===
* Get the latest version of the Podium app from the [https://podium.live/software DOWNLOADS PAGE].
[[File:Windows Download.png]]
* Download the .exe file for Windows.
* Run the setup wizard and follow the on-screen instructions to complete the installation.
[[File:Installing on Window.png]]
* Once installed, Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

===Android/iOS===
* Get the latest version of the RaceCapture app from the following.
[[Image:google_play.jpg|link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]][[Image:itunes_app_store.jpg|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]][[Image:amazon_app_store.jpg|link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

* Power up Podium Connect Micro with 12v or via USB power (computer or USB power source)
* Go to your device's WiFi settings, and connect to the Podium Connect Micro WiFi access point.
* Note that the WiFi Access Point is open, with no password - you can set a password and encryption later under Setup.
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.

==Live Data Streaming==
* Once the system setup is complete, live data is streamed in real time to Podium Live, the Podium app, and the RaceCapture dashboard.
* You can customize the streaming channels by navigating to the RaceCapture app > Setup > Channels, where you can enable or disable the data you wish to broadcast.
[[File:Live Data Streaming.gif]]

==Predictive Lap Timing==
* ● Podium Connect Micro offers a Predictive Lap Timing feature, which estimates your current lap time before it’s completed.
* To enable this, navigate to the Race Timing screen and turn on Predictive Timing Mode.
* More info: [https://wiki.autosportlabs.com/RaceCapturePro2_Enable_Predictive_Timing#Predictive_Lap_timing_mode Predictive Lap Timing]

==Driver Coaching Tools==
'''Need more information'''

==Monitoring Engine Vitals==
Podium Connect Micro allows real-time monitoring of critical engine parameters such as RPM, oil pressure, coolant temperature, TPS, and more. These values can be displayed live on dashboards and logged for post-session review. Custom alerts can also be configured for vital thresholds.
[[File:Monitoring Engine Vitals.gif]]

==Endurance Strategy Tools==
With Podium’s advanced endurance strategy tools (available with the Pro subscription), you can accurately monitor fuel consumption and optimize your lap timing to execute perfectly timed pit stops. Eliminate the risk of last-minute fuel stops and stay ahead with strategic precision that maximizes your chances of victory.

=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to Podium Connect Micro using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest Podium Connect Micro firmware from http://podium.live/software
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

=Data System Integration Guides=
Use the provided integration cable and connect it to your data system. Follow the guide for your specific system:
* [https://wiki.autosportlabs.com/PodiumConnect_AIM AIM SMARTY CAM]
* [https://wiki.autosportlabs.com/PodiumConnect_MoTeC MOTEC]
* [https://www.autosportlabs.com/racelogic-vbox-support-for-podiumconnect/ RACELOGIC VBOX]
* [https://wiki.autosportlabs.com/PodiumConnect_AEM_CD7_VDM AEM CD-7 WITH VDM]
* [https://wiki.autosportlabs.com/PodiumConnect_RaceTechnology RACE TECHNOLOGY]

=Troubleshooting and Diagnostics=
==LED and Status Indicators==
[[File:LED & Status Indicator.jpg]]

The device features multiple LED indicators on the front panel, each representing a specific system status. These indicators provide quick visual feedback for monitoring device functionality and diagnostics.

* '''Power Icon :''' Indicates system power is on.
* '''Error Indicator – Triangle with Exclamation Mark :''' Signals an error, such as a Lua script failure or a local logging error.
* '''Telemetry Indicator – Cloud with Arrow :''' Shows that telemetry is actively broadcasting.
* '''CAN Bus Activity – Two Arrows (⇄) :''' Shows ongoing CAN bus communication, confirming data exchange with connected systems.

'''Note:''' The top-mounted button is also equipped with an integrated LED. This button will flash to indicate active data logging.
= Tire Pressure Monitoring System (TPMS) =

=Technical Specifications=
{| class="wikitable"
! colspan="2" | Analog Inputs
|-
| Channels || 1 (Battery Voltage, Internally connected 0–20V)
|-
! colspan="2" | CAN Bus
|-
| CAN Channels || 1
|-
| CAN Baud Rate || 125K, 250K, 500K, 1M Baud
|-
| Protocol Support || OBDII PID, custom CAN mapping
|-
| CAN Bus || CAN 2.0 compatible
|-
| CAN Termination || Software controlled
|-
| CAN Channels Supported || 100
|-
! colspan="2" | Telemetry Connection
|-
| WiFi || Connect to your provided hotspot (cellular or satellite)
|-
| Max Telemetry Sample Rate || 10Hz (1 / 5 / 10Hz supported)
|-
! colspan="2" | Wireless
|-
| WiFi Standard || 802.11b/g/n
|-
| WiFi Modes || Access Point, Infrastructure
|-
| Max Sample Rate (Dashboard) || 50Hz
|-
! colspan="2" | Storage
|-
| Onboard SD || Minimum 2GB
|-
| Max Sample Rate to SD || 100Hz
|-
| Predictive Lap Timing || Built-in
|-
| Track Mapping || Circuit and point-to-point
|-
| Track Maps || Built-in database for auto-detection
|-
| Sectors per Track || 20
|-
| Analysis || Local via RaceCapture app and online with Podium
|-
| Export Data Format || Plain CSV
|-
! colspan="2" | Scripting / Customization
|-
| Virtual/Math Channels || Real-time via onboard Lua scripting
|-
| Virtual Channels Supported || 100
|-
! colspan="2" | Physical
|-
| Dimensions || 94 x 61 x 16 mm (3.7 x 2.4 x 0.63 in)
|-
| Temperature Range || 0 to 65°C
|-
| Environmental Protection || IP65 rated
|-
| Weight || 100g (3.6 oz)
|-
| Connections || M8 Connector, 4 pins (CAN1 and power)
|-
| Power Consumption (Max) || 0.6W
|}

=Additional Tutorials and How-To Guides=
==Guides==

* [[RaceCaptureLoggingData|Logging Data]]
* [[AIM_Integration_CAN_Mapping|AIM Integration guide using CAN Mapping]]
* [[RaceCapture_real_time_telemetry|Real-time Telemetry guide]]
*[[RaceCapturePro_Lua_Scripting|Lua scripting guide]]
*[[RaceCapturePro_Lua_Scripting_Examples|Lua script examples]]
*[[RaceCapturePro2_GoProWiFi|GoPro control guide]]
*[[RaceCapture_troubleshooting|General troubleshooting guide]]
*[[RaceCapture_DashWare_Guide|Creating video with RCP data overlay using DashWare]]
*[[RaceCapture_RaceRender_Guide|Exporting to RaceRender guide]]
*[[Podium_Driver_Data_Analysis|Data Analysis in Podium to become a faster driver]]
*[[RaceCapture_Dashboard_Tablet_Automation|Automating Tablets/Phones for use as Dashboards Guide]]
*[[Add_TPMS_Data|Add TPMS data for $225]]

==How To==
*[[RaceCapturePro2_Enable_Predictive_Timing|How to: enable Predictive Timing]]
*[[Podium_Live_Gauges|How to control which gauges show up on Podium.live]]
*[[RaceCapture-Pro_MK3#RaceCapture_App_Tour|How to: Use Race Capture App]] (some features are specific to Race Capture Pro)
*[[RaceTracks|How to: Submit a new race track]]
*[[RaceCapturePro2_OBD2|How to: enable OBD2 channels]]
*[[RaceCapturePro_How_To_Update_Firmware|How to update firmware]]
*[[Add_Video_To_Podium|How to add video to Podium.live]]
*[[RaceCapturePro_FAQ|More FAQs and How-To's]]
*[https://www.youtube.com/watch?v=jAgFQ9k6VIw&list=PLZdfZf8eVujn2VSIXR5I-PPQSYS25xW5j How To Videos]

RaceCaptureTrack MK4

2026-01-13T16:49:36Z

Abdurrehman Akhtar: /* Tire Pressure Monitoring System (TPMS) */

== Quick Start Guide ==
=== Overview ===
RaceCapture/Track MK4 is our latest generation motorsports telemetry system
[[File:RaceCaptureTrackMK4ac.jpg]]
=== Connecting the Hardware ===
==== Mounting ====
To ensure optimal performance, mount the RaceCapture system on a flat, level surface within the vehicle, with the connectors oriented toward the front. This orientation aligns with the factory calibration of the internal accelerometer and gyroscope.
* Mount the unit in a concealed, protected area of the vehicle, away from direct heat sources and moisture.
* Use hook-and-loop (Velcro) fasteners or other suitable mounting methods to secure the unit in place while allowing for easy removal if needed.
'''Note:''' If it is necessary to install the unit in an alternative orientation (e.g., vertical, on-edge, or upside down), ensure it is rotated in clean 90-degree increments relative to the vehicle’s primary axes. Avoid mounting the device at an arbitrary angle, as this can affect sensor accuracy.
For non-standard orientations, remap the accelerometer and gyroscope axes in the Setup menu to reflect the installed position.
==== Connectors ====
The RaceCapture/Track MK4 is equipped with the following connectors located on the rear panel of the module:
* M8 6-Pin Female Connector (CAN1 / CAN2 / Power)
* M8 4-Pin Female Connector (CAN1 / Power)
* SMA Antenna Connector (L5_GNSS, LTE)

==== Positioning the Antenna ====
Secure the antenna to the RP-SMA connector on the RaceCapture/Track MK4 module. Tighten the connector to 5 - 6 in-lbs, slightly beyond finger-tight, to prevent it from vibrating loose during vehicle operation. 

'''Caution:''' Do not overtighten the connector, as this may damage the SMA threads or the internal connection.
* Mount the antenna on the roof of the vehicle using the supplied magnetic base.
* Maintain a minimum separation of 3 feet (1 meter) from other transmitting antennas (e.g., cellular, FM/AM radio) to reduce signal interference.
* You can also place it on the dashboard, with an unobstructed view of the sky or on the rear parcel shelf, under the back window.
'''Note:''' Non-roof mounting may reduce GPS signal strength and tracking accuracy compared to optimal placement.

==== Powering up the Module ====
The RaceCapture/Track MK4 can be powered using the following methods: 

'''USB Power (USB Type-C)''' 

You may power the device via the USB Type-C port using any of the following sources:
* A computer USB port
* A USB car charger
* A USB battery pack
This method is ideal for quick setup, bench testing, or configuration. 

'''Vehicle Power via OBD-II (CAN1 / Power)''' 

Alternatively, you can power the module using the vehicle’s OBD-II port by connecting through an OBD-II to M8 4-Pin Female Connector. 

'''Note:''' Ensure that the chosen power source provides a stable 12V supply as required by the device for accurate sensor feedback.

=== Installing the RaceCapture App ===
'''Windows / MacOS / Linux'''
* Get the latest version of the RaceCapture app from the [https://podium.live/software| Downloads Page].
* Connect your Podium Connect Micro to your computer with the USB cable,
* Start the RaceCapture app.
* The RaceCapture app will launch the first time setup wizard.
'''Android / iOS''' 

For downloading Racecapture app, please click on the images below.
[[File:Get_it_on_google_play.png||left||205px||link=https://play.google.com/store/apps/details?id=com.autosportlabs.racecapture&hl=en]]
[[File:Apple apple store.png||Right||180px|link=https://itunes.apple.com/us/app/racecapture/id1162797255?mt=8]]
[[File:Available at Amazon App store.png||Right||200px||link=https://www.amazon.com/Autosport-Labs-Race-Capture/dp/B016ZJM7GE]]

===On Raspberry Pi===

More advanced users can run the RaceCapture App on a Raspberry pi for a more dedicated dashboard experience.
* Learn more in the [[RaceCapture_on_Raspberry_Pi|Raspberry Pi Guide]]

=== Connecting to RaceCapture System Dashboard ===
* After powering up RaceCapture/Track MK4 with 12v or via USB power (computer or USB power source) and Installing the Race Capture App.
* Go to your device’s WiFi settings and connect to the RaceCapture/Track MK4 WiFi access point.
* '''Note:''' The default WiFi access point is open (no password). You can configure a password and enable encryption later under Setup > Wireless in the RaceCapture app.
* On Android devices, you can also pair via Bluetooth using the default PIN 1234. This can also be changed later in Setup > Wireless.
* Once you've linked the Bluetooth or WiFi (Mobile), or USB (Windows or OSX) launch the RaceCapture app.
* Launch the RaceCapture app to begin configuration. The app will automatically start the First-Time Setup Wizard to guide you through the initial setup process.
=== First Time Wizard Setup ===
The RaceCapture app will guide you through a brief automated setup and tour. During this process the connection to RaceCapture/Track MK4 will be verified. 

[[File:First time Setup.gif|800px]] 

Settings configured during the first-time setup can also be accessed later via the Setup section of the RaceCapture app. 

'''Note:''' To re-run the first-time setup, launch the RaceCapture app without connecting to the device. Then navigate to the setup screen and press the First-Time Setup button.
==== Configure System Presets ====
Select the preset configuration matching the data system you have 

[[File:Preset.png]]

==== Select Favorite Race Tracks ====
* Select the tracks you will typically race at so RaceCapture can auto detect the track location and calculate lap times.
* This is an important step to ensure you get valid data and lap times for your telemetry session.
* Note: Only select the one-track configuration per race track, to ensure the correct track is auto-selected.
* If you don't see your track listed, [http://wiki.autosportlabs.com/RaceTracks Please Submit Your Track!]
[[File:Selectracetrack.png]]
==== Configure Telemetry Streaming Key ====
Enter your unique Streaming Key in the Device ID section to enable live telemetry on Podium. 

'''Note:''' If you do not have a Streaming Key, you can obtain one by logging into [https://podium.live/ podium.live.] After setting up your Device ID, the platform will generate a Streaming Key specific to your device. 

[[File:Telemetry Streaming Key.png]]
=== Configure WiFi Connection and WiFi Telemetry ===
After exiting the setup wizard, go to Setup / Wireless. Scroll down and perform the following steps:
* Enable both WiFi Support and Client Mode.
* Enter your Hotspot's SSID and password into the client setup to connect the device to your wireless network for telemetry streaming
* Then, at the bottom, turn on "Enable WiFi telemetry"
[[File:WiFi Connection and WiFi Telemetry.png]]
=== LED Status Indicators ===
The RaceCapture/Track MK4 features status LEDs that provide a visual indication of the system’s current state:
{| class="wikitable"
! LED !! Function
|-
| CAN
| Indicates activity on the OBD-II / CAN bus network. Blinks when data is being received from the ECU or sensors.
|-
| GPS
| Indicates GPS status: 
'''Slow flash:''' Searching for satellite lock 
'''Rapid flash:''' GPS lock acquired
|-
| Error
| Illuminates when the system encounters an error. Check the RaceCapture app logs for details.
|-
| Power
| Illuminates when the unit is powered via 12V or USB.
|-
| Telemetry indicator
| Indicates when real-time telemetry is actively broadcasting
|}

== Comprehensive Setup Guide ==
=== Data System Cable Connection ===
'''M8 4-Pin Female Connector (CAN1 / Power)''' 

The M8 4-pin pigtail connector is a standard interface used for CAN bus communication and power input.
[[File:M8 4-pin Female.png|200px|right]]

{| class="wikitable"
|-
! Pin !! Connection !! Notes
|-
| 1 || CAN low || White
|-
| 2 || Power || Red, 9-24v / 1A (~12W)
|-
| 3 || CAN high || Green
|-
| 4 || Ground || Black
|}
'''M8 6-Pin Female Connector (CAN1 / CAN2 / Power)''' 

[[File:M8 6-pin.png|250px|right]]
{| class="wikitable"
! Pin !! Connection !! Notes
|-
| 1
| CAN 1 Low
|
|-
| 2
| CAN 2 Low
|
|-
| 3
| CAN 2 High
|
|-
| 4
| Ground
|
|-
| 5
| CAN 1 High
|
|-
| 6
| Power
| 9–24V / 1A (~12W)
|} 

'''Note:''' The raw CAN pigtail wiring is intended for advanced or custom CAN integrations and is not required for standard OBD-II vehicle connections.
[[File:M8 TO OBD-11.jpg|300px|right]]
'''M8 CAN Bus to OBD-II cable''' 

The RaceCapture/Track MK4 connects to the vehicle’s data network using the M8 CAN Bus to OBD-II cable, which is included with the RaceCapture/Track MK4 kit. This cable allows RaceCapture/Track MK4 to interface directly with the vehicle’s OBD-II diagnostic port, enabling access to CAN bus and OBD-II data.

'''Connection Steps'''
# Plug the M8 connector end of the cable into the CAN port on the RaceCapture/Track MK4.
# Connect the OBD-II connector end to the vehicle’s OBD-II diagnostic port (typically located under the dashboard).
# Ensure the connection is secure before powering on the system.
Once connected, RaceCapture/Track MK4 will automatically communicate with the vehicle’s CAN/OBD-II system

'''M8 CAN Bus to OBD-II Cable specifications'''

The M8 CAN Bus to OBD-II cable has a length of approximately 2 meters and uses a right-angle OBD-II connector. The cable also supplies power to the RaceCapture/Track MK4 with a supported input range.

'''Vehicle compatibility''' 

Most vehicles from model year 2008 and newer support CAN communication over the OBD-II port. Some vehicles from model years 2006–2007 may provide early CAN support. Vehicles from 1996–2005 typically do not support CAN over the OBD-II port. In these cases, an OBD-II Classic adapter is required. [https://www.autosportlabs.com/product/obdii-legacy-adapter-m8/ Get the OBDII Classic adapter]

=== Connecting Data to your Racecapture ===
RaceCapture/Track MK4 simplifies integration by providing preset channel mappings for a variety of supported ECUs and CAN enabled sensor systems. These mappings ensure compatibility and reduce setup time.
==== OBDII ====
During the First-Time Setup Wizard, you can select your OBDII preset, if you’re integrating with your vehicle’s OEM data. Additional default channels (e.g., RPM, TPS, coolant temperature) may also be preloaded, depending on the system selected.
==== CAN Channel Mappings ====
You can also connect your aftermarket ECU and CAN enabled sensors to your system, tapping into up to 100 CAN sensor channels. You can verify, edit, or remove CAN channel mappings at any time by navigating to:
'''Setup > CAN Channel Mappings''' in the RaceCapture app
From this section, you can:
* View currently active channels
* Modify channel parameters (e.g., CAN ID, offset, formulae)
* Remove unused or duplicate channels
* Add custom channels manually if needed
[[File:CAN Channel Mappings.gif|800px]]
==== Full CAN Bus Integration Guide ====
For advanced configurations or unsupported systems, refer to the [https://wiki.autosportlabs.com/CAN_Bus_Integration Full CAN Bus Integration Guide.]
=== Lua Scripting and Virtual Channels ===
RaceCapture and Podium uses the standard, lightweight Lua scripting language, used as an extension / customization language for many software applications.
* For Custom Modification you can refer to [https://wiki.autosportlabs.com/RaceCapturePro_Lua_Scripting Lua Scripting Guide] for detailed instructions and examples.
=== CAN Bus Configuration ===
To configure the CAN bus settings:
* Open the RaceCapture app and navigate to Setup > CAN Bus.
* Set the Baud Rate to match the specifications of your connected data system (e.g., 500 kbps, 1 Mbps).
* Ensure that termination is enabled if RaceCapture/Track MK4 is at one end of the CAN bus.
'''Note:''' Proper baud rate configuration and bus termination are essential for stable and accurate CAN communication.
=== Driver ID and Heart Rate Sensor Setup ===
[[File:Jst-xhp-2-0mm-6-pin-connector-kit-male-female-with-pins-5-pack-7 61691.jpg|640PX]]

====Driver ID====
* Utilizes Bluetooth Low Energy (BLE) technology to automatically identify the driver in the cockpit.
* Each driver is assigned with a unique BLE-enabled device, which the system detects and associates with a registered driver profile.
* Enables real-time attribution of telemetry data (e.g., RPM, throttle position, engine temperature, g-forces) to the correct driver without manual input.
* Especially useful in endurance racing formats with multiple drivers sharing the same vehicle.

====Heart Rate Monitoring====
* Supports real-time heart rate monitoring when using a compatible heart rate sensor.
* Compatible with any device that implements the Bluetooth Heart Rate Profile (HRP).
* Verified devices include generic BLE heart rate monitors such as the [https://www.amazon.com/s?k=cyclplus+heart+rate+monitor CYCPLUS HRM]
* Provides a critical layer of biometric insight by capturing drivers’ physiological responses during sessions.

'''Note:''' Not currently compatible with most smartwatches (e.g., Garmin, Apple Watch), as they typically use proprietary protocols that do not expose standard heart rate services.

====Setup Instructions====
* Ensure your RaceCapture/Track MK4 system is upgraded to the latest firmware and the latest version of the RaceCapture app is installed.
* Open the app and navigate to Setup > Driver ID.
* Enable both Driver ID and Heart Rate options, then click Register Device.
* Register each Bluetooth device one at a time.
'''Important:''' Only power on one device during each registration to avoid incorrect pairing.
* After all devices are registered, press the Write button to save the configuration.

'''To Verify:'''
* Power on each registered Bluetooth device individually.
* The Driver ID field in the app should update automatically to reflect the active device.
* If a compatible heart rate monitor is in use, the system will also display the heart rate indicator alongside the Driver ID.
[[File:Podium Connect micro heart rate setting.gif]]
== RaceCapture App & Podium General Information ==
===RaceCapture App & Podium General Information===
'''Racecapture'''
* See the [https://wiki.autosportlabs.com/RaceCapture-Pro_MK3#RaceCapture_App_Tour RACE CAPTURE APP GENERAL INFORMATION] for a full understanding of using the app and setting up your system
[[File:RaceCapture App & Podium General Information.gif]] 

'''Podium'''
* [https://wiki.autosportlabs.com/Podium_Driver_Data_Analysis VISIT THE GUIDE ON USING PODIUM] which includes a video tour of the essential features.
[[File:Quick_Start.gif|640px]]
 
==Telemetry and Logging Setup==
===On Board Flash Memory Logging===
* Enable automatic logging under Setup > Automatic Control.
* Logging can be triggered based on a specific channel, Speed is commonly used as a trigger.
* Note: After your session, log files will be available on the SD card. These files can be imported into the RaceCapture app for analysis, or into spreadsheet tools. Refer to the log file format documentation for compatibility details
===Buffering Telemetry to Flash Memory===
* To ensure no data is lost during temporary network dropouts, PodiumConnect can buffer telemetry data to the SD card.
* When a network connection is unavailable, the system stores telemetry locally, and once reconnected, it bursts the stored data to the Podium platform.
* This buffering covers approximately one lap (~3 minutes) and is ideal for tracks with intermittent network coverage.

==Accessing Flash Memory for Log File Transfer==
PodiumConnect/Micro logs data locally in addition to live telemetry streaming. These logs can be accessed by mounting the system as a USB flash drive.

'''To enable USB drive mode:'''
* Ensure the system is connected to your desktop or mobile device via USB cable.
* Navigate to Setup > Firmware.
* Press the Switch to USB Drive Mode button to access stored log files directly.
[[File:Racecapture app switch system to usb drive mode.jpg|720px]]

'''Important Caveats:'''
* App connectivity will be temporarily disrupted if using a USB connection (Windows, macOS, Linux).
* The system must not be actively logging or broadcasting telemetry when switching to USB drive mode. 

'''To exit USB drive mode and resume normal operation:''' 
* Fully power cycle the system by disconnecting both USB and 12V power.

'''Formatting Flash Memory:'''
* Connect the system to your desktop or mobile device.
* Navigate to Setup > Firmware.
* Press the Format Flash Storage button.
=Firmware and Software Updates=
Below are the steps for updating your firmware.
==Backing Up Configurations==
Updating firmware can cause your Podium Connect Micro system to be restored to factory settings. Before updating firmware, save your settings to a file.
Steps:
* Connect to RaceCapture/Track MK4 using the RaceCapture app - using USB, or WiFi.
* Navigate to Setup and press the Read button to read the current settings from Podium Connect Micro.
* Press Save to save your settings to a file. These will be later restored after firmware is updated.

==Updating Firmware==
* Download the latest RaceCapture firmware from [http://podium.live/software Firmware]
* Unzip the archive to a location on your computer
* Connect Podium Connect Micro via USB (Windows or OSX only)
* In the RaceCapture app, navigate to Setup and press the Firmware menu option.
* Press the Update Firmware button
* Navigate to the Podium Connect Micro firmware you unzipped. The file will end with the extension '.ihex'. Example: PodiumConnect_2.15.2.ihex
* Press Open
The firmware update process will begin, and will complete when the gauge is 100%
After re-connecting, the firmware version should be updated in the connection message at the upper right-hand corner.

==Restoring Settings==
* Navigate to Setup and press Open.
* Select the previously saved settings file, and open the file.
* Press Write to write the settings back to PodiumConnect.

== Tire Pressure Monitoring System (TPMS) ==
RaceCapture/Track MK4 support direct reading of compatible Bluetooth-based [https://www.autosportlabs.com/product/tpms-sensors/ TPMS sensors]. These sensors broadcast tire pressure and temperature data wirelessly and can be read by the device without any additional TPMS receiver hardware. Unlike older 433 MHz TPMS systems, which require a separate in-vehicle receiver module, Bluetooth TPMS sensors communicate directly with RaceCapture/Track MK4.

=== System Overview ===

* TPMS sensors use Bluetooth Low Energy (BLE)
* No external TPMS receiver box is required
* Sensors wake up automatically when a pressure change is detected
* Tire pressure and temperature data are available in real time

=== Supported Features ===
* RaceCapture/Track MK4 support upto 16 TPMS sensors
* Sensors can be assigned to wheel positions:
** Left Front
** Right Front
** Left Rear
** Right Rear
* Multiple sensors may be registered per wheel position
* Sensors can be quickly reassigned when swapping wheels or tire sets

=== Registering TPMS Sensors ===
[[File:Racecapture tpms setup.gif|700px]]
# In the RaceCapture app, navigate to Setup
# Select TPMS
# Select Register Sensor.
# When the sensor is detected, add it to the sensor list.
# Assign the sensor to the appropriate wheel position.
Each sensor is identified by a unique sensor ID and signal strength indicator.

'''Sensor Identification Notes''' 

Each TPMS sensor supports an optional short text note that can be used to identify a specific wheel or tire set (for example, wheel type or tire model). 

[[File:TPMS Notes.png|400px]]

File:TPMS Notes.png

2026-01-13T16:45:59Z

Abdurrehman Akhtar:

TPMS Notes

File:Racecapture tpms setup.gif

2026-01-13T16:29:31Z

Abdurrehman Akhtar:

Racecapture tpms setup

RaceCaptureTrack MK4

2026-01-13T16:24:59Z

Abdurrehman Akhtar: /* Tire Pressure Monitoring System (TPMS) */

RaceCaptureTrack MK4

2026-01-13T16:23:29Z

Abdurrehman Akhtar: