The worlds most advanced open source autopilot

Technologies
python, ros, c++, embedded, rtos
Topics
robotics, drones, autopilot, uav, rovers
The worlds most advanced open source autopilot

ArduPilot is the most advanced, full-featured and reliable open source autopilot software available. It is the only autopilot software capable of controlling any vehicle system imaginable, from conventional airplanes, multirotors, and helicopters, to rovers and boats and even submarines. Most recently it has been expanded to support new emerging vehicle types including quad-planes, compound helicopters, tilt-rotors and tilt wings VTOLs.

ArduPilot runs natively on a wide variety of hardware platforms from the very popular Pixhawk flight controller (32bit ARM) to the advanced Intel Aero linux flight controller (see full list here: http://ardupilot.org/copter/docs/common-autopilots.html).

The ArduPilot team is lead by an experienced group of passionate and world class developers from all over the world with expertise in Extended Kalman Filters, control theory, embedded programming, Linux and much more.

A welcoming and friendly group of developers that is happy to share their knowledge with you but also with too many interesting projects to complete on their own. An engaged group of partner companies provides the hardware and financial support for the group. They could use your help!

2017 Program

Successful Projects

Contributor
Miguel Arroyo
Mentor
tridge, Peter Barker
Organization
ArduPilot
Sensor Head Port
My Proposal for the Sensor Head Port
Contributor
PIERRE KANCIR
Mentor
Randy Mackay, Peter Barker
Organization
ArduPilot
Make APMRover2 a reference of generic UGV platform
The ardupilot features are already numerous and I already worked on helping ardupilot to have good compatibility with ROS. Ardupilot rover version...
Contributor
Sebastian Quilter
Mentor
Randy Mackay, Olivier Brousse
Organization
ArduPilot
Safe Return-To-Launch for ArduPilot
This project aims to develop a "safe" return-to-launch feature for ArduCopter. This feature allows a copter to autonomously return to its home...