Around the Internet of robotics, there is a lot of open-source/open-hardware projects to make an awesome flying robot : ROS, MAVLink, PX4, Mavros, Odroid XU4. Multiple companies uses thoses projects to make money without contributing to the community. That's why FlyingROS comes to life. To bring user an easy way to fly multicopters with all tools incorporated together.
Flying Robot Operating System is designed to be the main OPEN-SOURCE package for your multicopter consumer application or closed-source commercial application.
The way the packages are organized are available in the Project architecture file.
Experimental, do not use unless you want to develop with us.
- PixHawk (200$)
- Odroid XU4 (79$ naked)
- WiFi antenna (connect to external hotspot) or Modem (create an AP)
- The localisation system you want (see the flyingros_pose package)
- ROS
- PX4
- MAVLink
- Mavros
Actual goals:
- Indoor Navigation (Pozyx -Decawave-, Camera, Fixed lasers)
- Outdoor Navigation (Camera, RTK-GPS)
- Payloads (different PID configurations depending on the weigth of the multicopter, what it lifts)
Future goals:
- Object tracking
- SLAM
- Simulation
flyingros_libs/tasks.py: Tested- Can be used as python scenarios or using the task node (preferred)
- Can use position setpoints and raw setpoints (not tested on 1.5, was not working on 1.3 Firmware but should be working by now).
- TODO
- Update tasks to avoid the use of sleep function
flyingros_nav/task_node: Tested- Able to manage tasks using Tasks.py library, from ROS and the web interface
- Provide the current task
- Can be paused (To be implemented in the web interface)
- TODO
- add a Try Catch to avoid wrong data from user (to be implemented in )
flyingros_nav/control_thread.py: Tested- "Manual" offboard control : (control)
flyingros_pose/six_lasers_algorithm- Working well
flyingros_web/www:- TODO
- Allow to pause/unpause the task execution
- Add a emergency button
- TODO