Capture naturally
Athletes move in their normal training environment without marker placement or suit fitting.
Human Performance and Sports Science
Move freely. Understand performance at scale.
Performance lives in movement.
RayKnot transforms natural athletic movement into structured 3D data and performance intelligence — revealing technique, coordination, symmetry and movement efficiency without markers, suits or wearables.
From routine to high-speed movement, generate richer movement information across more athletes, repetitions and sessions.
Performance intelligence should not be labour intensive
Traditional motion capture provides rich biomechanical information, but preparation, marker placement and specialist workflows can make repeated measurement challenging. RayKnot removes much of that operational friction.
Capture athletes naturally. Structure movement digitally. Analyse performance repeatedly. Build richer datasets over time.
From movement to performance intelligence
Understand movement
Transform video into structured 3D movement information including trajectories, joint motion, timing and coordination.
Reveal performance insights
Analyse technique, symmetry, movement efficiency and task-specific performance characteristics.
Compare and learn
Build comparable datasets across repetitions, athletes, sessions and longitudinal programmes.
Capture athletes naturally. Structure movement digitally. Analyse performance repeatedly. Build richer datasets over time.
From everyday movement to high-speed performance
RayKnot Flow
Movement intelligence software
Bring RayKnot processing and analytics to compatible synchronized RGB camera environments.
RayKnot Prime
70 fps integrated system
Designed for functional movement, gait, strength and conditioning, and general sports-science workflows.
RayKnot Prime GT
160 fps high-speed system
Designed for sprinting, explosive movement, rapid changes of direction and applications requiring higher temporal resolution.
Set once. Capture repeatedly. Learn continuously.
Build a more continuous understanding of human performance — across athletes, repetitions, sessions and time.
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