arduino-sport-to-mavlink

KO | EN

gitlite — search

#javascript #python #hacktoberfest #typescript #llm #golang #android #deep-learning #docker #nodejs #java #cli #vue #ios

arduino-sport-to-mavlink

(★ 19)

Arduino Sketch for converting FrSky S.Port telemetry data to MAVLink format

arduino-sport-to-mavlink 최신버젼 다운로드

최종 버전 다운로드 (.zip)

// repository documentation

Was this content helpful?

★ 0 (0 ratings)

# Arduino S.Port to MAVLink Converter

## Introduction

This is an Arduino Sketch for converting FrSky S.Port telemetry data into the more common MAVLink format to be used with various groundstation applications. This should provide full telemetry as well as a functional moving map.
S.Port data should be provided from a FrSky Transmitter such as the Taranis X9D.

Note that the sketch is currently in Beta state, as there is still more testing to be done.

## Wiring

Here's how to wire up an Arduino Nano for this project. Note that for other Arduinos, pinouts may vary.
This graph assumes the arduino is powered with 5V via USB - you can power it directly from the TX module as well (by connecting to + on the S.Port), but make sure the voltage matches what your Arduino supports!
Bluetooth was tested with a HC-05 module at 38400 bauds, others will most likely work as well. If you need a different baud rate, make sure to change it in the setup{}.
You might need to use a voltage divider for your HC-05's RXD pin, as it may use 3.3V logic. Mine works without one for some reason.

![Alt text](https://raw.githubusercontent.com/davwys/arduino-sport-to-mavlink/master/wiring.jpg)

You do not need to use a TX module for this to work, you can also connect the Arduino directly to the module bay pins if using the internal module. Check Google for the correct module bay pinout.

Tested with:
- [x] FrSky R9M
- [ ] FrSky XJT Module (coming soon)
- [ ] Taranis Module Bay

## Installation & Testing

Simply flash the .ino file on any Arduino (tested on Arduino Nano), don't forget to include the provided libraries.
The Arduino will then provide MAVLink telemetry data through its USB port at 115200 bauds, as well as at 38400 bauds on the optional Bluetooth module.

From your groundstation application, simply choose the appropriate COM port (or bluetooth device), set baud rate to 115200 for USB or 38400 for Bluetooth and hit "connect".
If you are using Mission Planner, you might have to skip parameter fetching, as the Arduino does not output any parameter data.

## Currently supported applications

The following groundstation applications have been tested and are known to be working with this sketch:

- [x] Mission Planner (Windows)
- [x] APM Planner 2.0 (macOS/Windows)
- [ ] QGroundcontrol (macOS/Windows) -> coming soon
- [ ] Tower (Android) -> coming soon

## Known issues

- Not all sensors currently supported

If you find any further problems, feel free to open an issue!

## Future plans

- Expanding sensor selection
- Including attitude data (roll/pitch/yaw) if possible to have functional AHI in groundstation applications
- Add support for QGroundcontrol

## Credits
Base Arduino to MAVLink code from https://github.com/alaney/arduino-mavlink

S.Port conversion library and sample code by Pawelsky from https://www.rcgroups.com/forums/showpost.php?p=29439177&postcount=1

arduino-sport-to-mavlink

arduino-sport-to-mavlink 최신버젼 다운로드

오늘의 추천 프로젝트

Was this content helpful?

Recent Feedback

arduino-sport-to-mavlink

arduino-sport-to-mavlink 최신버젼 다운로드

오늘의 추천 프로젝트

Was this content helpful?

Recent Feedback

Download README