SimonKagstrom
🧲 New user
Hi!
I'm working on a display for a VESC controller for my electric moped conversion. It's built for an esp32p4 board from Waveshare, is open source and has a set of what I think are nice features:
* OpenStreetMap-based map (currently OpenCycleMap) with different zoom levels, via a GPS module
* Speedometer, both based on VESC data and GPS
* Trip data, with average consumption, distance etc
* Tesla-style power meter bar on the right
* Supports receiving navigation instructions from Google maps via an android app
* Trip log shown on the map, with power indicator in color
* BMS data (currently for a em3ev "king shark" battery, which is what I have)
* Range estimation shown on the map
* A menu for configuration
* Written in clean and modern C++ (C++23)
If anyone's interested, more info and the source code is available on GitHub - SimonKagstrom/radbuzz: Infotainment for a VESC-based electric moped
I'm working on a display for a VESC controller for my electric moped conversion. It's built for an esp32p4 board from Waveshare, is open source and has a set of what I think are nice features:
* OpenStreetMap-based map (currently OpenCycleMap) with different zoom levels, via a GPS module
* Speedometer, both based on VESC data and GPS
* Trip data, with average consumption, distance etc
* Tesla-style power meter bar on the right
* Supports receiving navigation instructions from Google maps via an android app
* Trip log shown on the map, with power indicator in color
* BMS data (currently for a em3ev "king shark" battery, which is what I have)
* Range estimation shown on the map
* A menu for configuration
* Written in clean and modern C++ (C++23)
If anyone's interested, more info and the source code is available on GitHub - SimonKagstrom/radbuzz: Infotainment for a VESC-based electric moped
