The most complete set of mathematical tools for biomechanics analysis available anywhere. Define your own biomechanical models, analysis, and reports.

The essential tool for calibrating force plates and instrumented treadmills with your motion capture system.

New Product: Manage, query, classify (PCA), clean, and inspect extremely large data sets. Inpect3D can handle thousands of motion capture data files or even just a few to get more value from your data.

Lab calibration and marker tracking solution for Optitrack cameras as a biomechanics alternative to Motive that allows for individual marker tracking.

A mathematical inertia model developed by Fred Yeadon of Loughborough University which permits the determination of personalized segmental inertia parameter values from anthropometric measurements.

An SDK for writing your own biofeedback clients. It works with and enhances the real-time server to broadcast real-time biomechanics metrics from real-time motion capture data. It uses a Visual3D defined pose and analysis in real-time for clients apps to tap into.