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An advanced, open-source firmware for drone flight controllers, enabling high-performance flight, extensive customization, and support for a wide range of hardware. Ideal for FPV racing, freestyle, and cinematic drones.
This project is a leading open-source firmware for controlling multirotor and fixed-wing aircraft. It focuses on delivering high-performance flight characteristics, extensive hardware support, and deep user configurability.
Stock or proprietary flight controller firmware often lacks the performance, flexibility, and customization required by advanced drone pilots and developers. This project provides a high-performance, community-driven alternative.
Provides multiple configurable flight modes including Acro, Angle, Horizon, and GPS-based modes for diverse flying styles.
Includes a comprehensive logging feature to record flight data for analysis, tuning, and debugging.
Offers a powerful GUI configurator for easy setup, tuning, sensor calibration, and feature management.
This firmware is suitable for a variety of drone applications where performance, reliability, and customization are critical.
Used by pilots in competitive FPV drone racing to achieve optimal speed, agility, and responsiveness.
Provides sub-millisecond loop times and precise control for winning performance.
Integrated into custom-built drones for aerial photography and videography, requiring stable and smooth flight characteristics.
Offers stable attitude control and programmable flight modes for smooth footage.
Forms the basis for experimental and research drone platforms due to its open nature and flexibility.
Allows developers to modify and extend capabilities for unique applications.
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