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Tesla S

Integrate your AutoPi with Tesla Model S and get extended information about your vehicle.
AutoPi and Tesla Model S

Insightful Vehicle data

Extend the features of your Tesla Model S

Extend the features of your Tesla Model S With the help of AutoPi, you will be capable of gathering vehicle data easier than before. Replacing the battery is rather expensive, which can be prevented with extended data from AutoPi.

Imagine being able to monitor speed, range, speed over time, range over time, state of charge and more. Tracking these will provide you with advanced information about your Tesla Model S and potentially detect some issues beforehand.

Use the AutoPi cloud to build extended features based on your data or integrate the data to third party systems or app.

Key Benefits

See the key benefits of our solutions within the Tesla Model S:

AutoPi and Tesla Model S speed over time
Current Speed

647 km (402 miles)

AutoPi and Tesla Model S current range
SoC over time

See SoC over time of your Tesla Model S in real-time

AutoPi and Tesla Model S state of charge
Current State of Charge (SoC)

Monitor your Tesla Model S current state of charge

Tesla Model S vehicle data

Intelligent Dashboard

An intelligent solution for Tesla Model S drivers

The AutoPi is an open source-software solution, that gives their clients control over their solutions. With the AutoPi system we give you control over your Tesla Model S and your data.

Setup a custom dashboard to show your data from your Tesla Model S. Extend the data to other applications of the AutoPi environment or to your own external systems.

Technical implementation

Tesla Model S OBD-II (CAN bus) communication

The Tesla Model S uses PIDs to communicate on the CAN bus (which is accessible through the OBD-II port).

This means that to get information about the vehicle, like its current speed or the range left (how much distance the vehicle can cover with the current battery charge) a PID request needs to be send through the OBD-II port and the respective ECU (electronic control unit) will return the response back to the sender.

The Tesla Model S uses the ISO 15765-4 CAN bus protocol. Additionally, it uses an 11-bit header and communicates over a 500000 baudrate.

AutoPi and Tesla Model S


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