Motion Capture Suite
12-Camera Optoelectronic Tracking
Millimeter-accurate passive retro-reflective marker tracking operating at up to 400 frames per second to reconstruct complete skeletal kinetic chains.
Dedicated to rigorous scientific quantification of athletic motion, joint loading vectors, and neuromuscular movement efficiency.
Founded under the registered entity UENDELIG SHARMA (Org.nr: 936 924 174) in Oslo, the Vigorel Institute operates as an independent applied research body. We investigate the mechanical forces exerted on the human musculoskeletal system during dynamic athletic locomotion.
Our core mission is to replace subjective movement coaching with objective, high-frequency kinetic telemetry — quantifying braking forces, impulse efficiency, center-of-mass oscillations, and elastic energy transfer in running athletes and field practitioners.
Our Oslo facility integrates advanced hardware for comprehensive 3D kinetic and kinematic evaluation.
Millimeter-accurate passive retro-reflective marker tracking operating at up to 400 frames per second to reconstruct complete skeletal kinetic chains.
Precision piezoelectric instrumentation recording ground reaction vectors (\(F_x, F_y, F_z\)) and center of pressure (COP) trajectory at 240 Hz.
Telemetry surface electromyography recording muscle excitation latency, co-contraction ratios, and neuromuscular power degradation.
Guided by experienced biomechanists, movement ergonomics specialists, and data engineers.
M.Sc. Human Movement & Biomechanical Modeling
Oversees institutional kinematic testing protocols, force-plate validation methodologies, and peer-reviewed monograph production.
Oslo Movement Science Council
Interdisciplinary panel reviewing mathematical modeling accuracy, data ethics compliance, and sensor calibration standards.