OpenTrack is a free, open-source software application designed to provide head tracking for sim racing, flight simulators, and other immersive titles.
OpenTrack uses a wide array of input devices like webcams, IR LEDs, smartphone sensors, and even dedicated eye trackers. Its main purpose is to translate real-world head movements into in-game camera or viewpoint adjustments, giving a natural sense of spatial awareness without physically turning the monitor.
It provides alternative input to hardware-based systems like TrackIR and supports various tracking inputs, such as AI-powered neural networks and Aruco markers.
With OpenTrack, users can:
Connect different types of tracking hardware (including AI-based trackers like AITrack, Beam, or neural net vision models), or even common webcams.
Customize profiles with filtering, output shaping, and dead zone adjustments for each supported game.
Output to industry-standard protocols like FreeTrack and TrackIR, which are natively supported by hundreds of simulation and racing games.
OpenTrack is regarded highly for its flexibility, wide compatibility (over 200 games), and active development, making it a popular and cost-effective alternative to proprietary tracking solutions for enhanced immersion in sim racing and cockpit-based games.
AITrack is a free, AI-powered head tracking software that allows users to achieve head movement tracking in racing simulations, flight sims, and similar games using only a webcam, no special hardware is required. The software uses computer vision to track your face and head position, then transmits this data to OpenTrack or similar programs via UDP, turning head movements into camera/view changes in compatible games.
Key features of AITrack include:
Works with standard webcams, making it accessible and hardware-less compared to solutions like TrackIR.
Tracks six degrees of freedom (6DoF), meaning it can interpret movements up/down, left/right, and rotation, for immersive cockpit control.
The setup is simple: install AITrack, point the webcam at your face, and connect it to OpenTrack for game integration.
Because it depends on machine vision, performance will vary with webcam quality and lighting, and may require occasional calibration for smoothness.
AITrack is widely used for free and accessible head tracking in sim racing, offering a strong alternative to expensive hardware trackers.
Here is a list of webcams known to support 60 fps and work well with OpenTrack, particularly for the NeuralNet tracker which benefits from higher frame rates for smoother head tracking:
Logitech C922x Pro Streaming Webcam (720p 60fps)
Logitech Brio (720p & 1080p @ 60fps)
Razer Kiyo (720p 60fps)
PS3 Eye Camera (60fps with DirectShow driver)
NexiGo N930AF (supports 60fps)
EMEET C960 (720p 60fps)
Anker PowerConf C200 (720p 60fps)
EMEET C950 (720p 60fps)
Papalook 1080p (60fps capable)
Lenovo 300 FHD (60fps)
NBPOWER 1080p (60fps capable)
Many users find that a good-quality 60 FPS webcam with proper settings offers near-TrackIR quality head tracking for a much lower price point.
Most standard 30 fps webcams are widely compatible with OpenTrack for head tracking, though the experience may be less smooth than with 60 fps cameras. Here is a list of commonly supported 30 fps cameras:
Logitech C920 (1080p 30fps)
Logitech C270 (720p 30fps)
Microsoft LifeCam HD-3000 (720p 30fps)
Logitech HD Pro Webcam C930e (1080p 30fps)
Creative Live! Cam Chat HD (720p 30fps)
Logitech C310 (720p 30fps)
Razer Kiyo (1080p 30fps also supports 60 fps mode)
HP HD 4310 (720p 30fps)
Logitech C615 (1080p 30fps)
Microsoft LifeCam Studio (1080p 30fps)
Ausdom AF640 (720p 30fps)
These webcams typically provide reliable performance for OpenTrack, especially in indoor lighting. While 60 fps webcams are preferred for smoother head tracking and faster response, 30 fps webcams remain fully functional and cost-effective options for many users.
Disable "Low light compensation" in camera settings to maintain higher FPS.
Use MJPEG mode if available to reach higher frame rates.
Adjust camera resolution to 720p or 480p if needed for performance.
Proper lighting and a narrow field of view (~50–80 degrees) enhance tracking accuracy and stability.
Webcams capable of true 60 FPS give a smoother experience compared to 30 FPS devices.
OpenTracker:
GitHub Download
AITrack:
GitHub Download