Open Source Software

Free, open-source drone software stack. Flight controllers, AI models, simulation tools, and more. Join our community of innovators.

Why Open Source?

We believe drone technology should be accessible, transparent, and community-driven. All our software is released under permissive licenses—use it commercially, fork it, contribute back, or learn from it.

No Lock-In

Full source code access. Modify, extend, and deploy without vendor restrictions.

Community Driven

Contributions from developers worldwide. Better code, faster innovation.

Learn & Build

Educational friendly. Perfect for research, teaching, and experimentation.

Our Software Projects

Flight Core

MIT License 2.4k stars C/C++
GitHub

Real-time flight controller firmware for ARM Cortex-M microcontrollers. Supports quadcopters, hexacopters, and fixed-wing platforms. Includes PID tuning, sensor fusion, and failsafe systems.

STM32 IMU Fusion MAVLink FreeRTOS

Vision Suite

Apache 2.0 1.8k stars Python
GitHub

Computer vision and AI inference toolkit for drones. Pre-trained models for object detection, tracking, semantic segmentation, and pose estimation. Optimized for edge devices like Jetson and Raspberry Pi.

TensorFlow PyTorch OpenCV YOLO ONNX

Ground Control Station

GPLv3 3.1k stars JavaScript/React
GitHub

Cross-platform ground control software with mission planning, telemetry visualization, and real-time video streaming. Works with MAVLink-compatible flight controllers.

Electron WebRTC Mapbox MAVLink

ROS2 Middleware

BSD-3 890 stars C++/Python
GitHub

ROS2 packages for drone control, navigation, and sensor integration. Includes launch files, message definitions, and example workflows for rapid prototyping.

ROS2 Humble Navigation2 Gazebo PX4

DroneKit API

MIT License 1.2k stars Python
GitHub

High-level Python API for controlling drones. Simple scripting interface for autonomous missions, waypoint navigation, and real-time telemetry. Perfect for rapid prototyping.

Python 3.8+ Asyncio REST API WebSocket

SimDrone

Apache 2.0 650 stars C++/Python
GitHub

Physics-based drone simulation environment for testing and validation. Simulate sensors, weather conditions, and failure scenarios before real-world deployment.

Gazebo Unity3D SITL Physics Engine

Join the Community

Discussion Forums

Discuss AI models, share flight algorithms, troubleshoot issues, and collaborate on new features. Active community of 800+ developers.

Join Forums

Discord Server

Real-time chat with developers, maintainers, and contributors. Get help, share projects, and participate in code reviews.

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Want to Contribute?

We welcome pull requests, bug reports, and feature suggestions. Check our contribution guidelines on GitHub and join our monthly contributor calls.

Community Impact

10k+
GitHub Stars
300+
Contributors
50+
Countries
5k+
Deployments

Start Building with Open Source

Clone our repos, join the community, and start developing your drone applications today.