For car enthusiasts and tech-savvy individuals, accessing real-time vehicle data is incredibly valuable. That’s why we’ve integrated ELM327 proxy support into AutoPi, enhancing its compatibility with popular mobile applications. This feature allows you to seamlessly connect your AutoPi device with third-party apps like Torque Pro on Android and Car Scanner on iOS, turning your smartphone into a powerful vehicle monitoring tool. This guide will walk you through the process of setting up ELM327 proxy with your AutoPi Cloud, enabling you to use Torque Pro and explore your vehicle’s performance data like never before.
Please note: ELM327 proxy support is available for legacy AutoPi devices from generation 2 and below.
Understanding Torque Pro and OBD2 Connectivity
Torque Pro is a leading OBD2 application renowned for its ability to interact with your vehicle’s Engine Management System (EMS). This sophisticated app taps into a wealth of sensor data from your engine, gearbox, and other electronic components, including ABS, wheel speed sensors, and airbag systems.
More than just displaying raw data, Torque Pro empowers car owners to deeply monitor their vehicle’s engine control units (ECUs) and efficiently manage diagnostic trouble codes. It’s an essential tool for anyone looking to understand their vehicle’s health and performance.
How AutoPi Enhances OBD2 Data Access with ELM327 Proxy
AutoPi Telematics Unit (TMU) connects to your vehicle’s OBD-II port and intelligently gathers data through CAN bus communication. This data is then made accessible via the AutoPi Cloud.
The integration of ELM327 proxy expands the functionality of AutoPi by acting as a bridge to mobile OBD2 apps. ELM327 is a popular interface standard for OBD2 adapters, and by enabling this proxy, AutoPi allows apps like Torque Pro, which are designed to communicate with ELM327 adapters, to read data from your vehicle through the AutoPi device. This means you can leverage the advanced data collection capabilities of AutoPi and visualize it in user-friendly mobile apps.
This setup is incredibly beneficial for monitoring fuel consumption, battery status, charging levels (for electric vehicles or hybrids), and comprehensive car engine diagnostics, all in real-time on your smartphone.
5 Steps to Connect Torque Pro with AutoPi via ELM327 Proxy
Follow these simple steps to enable ELM327 proxy on your AutoPi and connect with Torque Pro:
Step 1: Enable ELM327 Proxy in AutoPi Cloud
Begin by logging into your account at my.autopi.io. Navigate to the advanced settings by clicking on ‘Advanced’, then ‘Settings’, and finally ‘OBD’. Locate the ‘Elm327 Proxy’ section. Check the box next to “Enable” to set it to “True”. Don’t forget to click “Save” to apply the changes.
Step 2: Install Torque Pro App
If you haven’t already, download and install the Torque Pro app (or Torque Lite for a free version) from the Google Play Store on your Android device.
Step 3: Connect to AutoPi Wi-Fi Hotspot
On your smartphone, connect to the Wi-Fi hotspot broadcasted by your AutoPi device. Pair your phone with the AutoPi Wi-Fi. For detailed guidance on this step, consult the AutoPi Getting Started Guide.
Step 4: Configure Torque Pro Connection Settings
Open the Torque Pro app and go to ‘Settings’. Then, tap on ‘Connection’. In the Connection settings, select Wi-Fi as the connection type. For the OBD2 adapter IP address, enter “local.autopi.io” or the IP address 192.168.4.1. Ensure the OBD2 adapter port is set to the default value of 35000.
Step 5: Establish Connection and Monitor Data
Navigate back to the main menu in Torque Pro and press the green ‘Connect’ button. Once the connection is successfully established, real-time vehicle data will begin streaming to your mobile device, displaying directly within the Torque Pro app interface.
Congratulations! You are now set up to monitor your vehicle performance in real-time using Torque Pro and your AutoPi device.
For further assistance, you can watch our detailed step-by-step video guide or reach out to our support team at [email protected].
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