Flexible Markerless & Marker-Based CaptureMarkerless mode enables fast, non-invasive movement screening and technique review, while marker-based mode provides sub-millimeter 3D tracking for detailed joint trajectory, gait, and biomechanical analysis.

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Movement Symmetry AnalysisPrecisely quantifies bilateral movement differences such as joint range of motion, timing, and movement consistency. Integrated with EMG, it helps assess muscle activation patterns, injury risks, and technique optimization.

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High-Precision 3D Gait AnalysisProvides accurate skeletal motion data, gait parameters, and movement mechanics for running, walking, rehabilitation, and sports equipment research.

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Open Biomechanics EcosystemSupports high-speed motion capture and precise synchronization with high-speed cameras, force plates, EMG, plantar pressure, and other lab devices, enabling deeper analysis of fast movements such as swings, jumps, and strokes.

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Open Ecosystem & Flexible ExtensibilitySeamlessly connects to existing lab force plates, EMG, etc., enabling rapid multimodal kinematics, dynamics, and physiology research while protecting investments and cutting setup cost/complexity. Supports VRPN, TrackD, DTrack, and LiveStream, rich SDK plugins, multi-platform interconnection, and secondary development. Compatible with Windows, macOS, Linux, Android, Kylin; supports PX4, ROS/ROS 2, Raspberry Pi; interfaces with C++, Python, MATLAB, Simulink, LabVIEW, etc.

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Data-Driven Training OptimizationCompares historical and real-time data to evaluate training outcomes and guide personalized technique adjustment, strength training, and rehabilitation plans.

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Complex Scenario AdaptabilitySupports stable data acquisition in outdoor, underwater, large-space, and sport-specific environments, extending motion analysis beyond traditional laboratories.

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