Dynamic calibration using motion patterns for sports analysis and biomechanics research with 240fps capture and 1mm tracking accuracy
A premier sports biomechanics research facility needed a motion capture system that could calibrate itself dynamically during athlete movements, eliminating the need for static calibration procedures that interrupted training sessions.
CalibWorks developed an innovative motion-based calibration system that uses natural movement patterns to continuously refine camera parameters. The solution enables seamless capture sessions with automatic calibration updates, perfect for sports science, rehabilitation, and animation applications.
Dynamic calibration complexities
Maintaining calibration accuracy during rapid athletic movements with speeds exceeding 40 km/h.
Precise temporal synchronization across 16+ cameras capturing at 240fps with sub-millisecond accuracy.
Robust tracking through partial occlusions during complex movements and multi-person interactions.
Continuous calibration updates without interrupting capture sessions or requiring recalibration.
Adapting to varying indoor and outdoor lighting conditions during extended capture sessions.
Instant 3D reconstruction and biomechanical analysis for immediate athlete feedback.
High-speed motion capture technology
Motion analysis across fields
Elite athlete training and technique analysis
Gait analysis and recovery monitoring
Motion capture for game animation
Character animation and stunts
Human motion teaching for robots
Biomechanics and ergonomics studies
Measurable improvements in motion analysis
Deploy dynamic motion-based calibration for seamless high-speed capture and analysis.