We distill a clinical movement workup into 52 distinct biomarkers spanning joint loading, power production, symmetry and range of motion. Track C1 decentralizes biomarker analyses away from specialist labs, so you can finally see what’s driving inefficiency, pain, or plateau — and fix it before it costs you weeks.

Population averages fit no individual athlete. Track C1 builds a unique movement fingerprint that characterises your personal mechanics, then uses it as your reference for longitudinal comparison. This enables true personalisation: detecting meaningful deviation from baseline, separating adaptation from compensation, and guiding training decisions with individual specificity.

Most injuries are preceded by measurable deficits—rising variability, emerging compensations, and increasing left–right asymmetry—often before symptoms appear. Track C1 profiles these changes longitudinally and flags adverse trajectories early, enabling targeted intervention while there is still time to prevent forced downtime.

High-quality biomechanics should not be restricted to motion-capture laboratories and specialist workflows. Track C1 delivers high-fidelity movement analysis in real training environments—road, track, and gym—so decisions are based on how you actually run, not how you move in artificial conditions. This makes assessment repeatable, comparable, and clinically meaningful at scale.

Existing recovery metrics are not based on the fundamentals. They remain indirect signals and, by design, cannot quantify how force is being produced, absorbed, and distributed through the body. Track C1 outputs are not proxy-derived estimates; they quantify the drivers that directly govern efficiency, breakdown, and injury risk, enabling precise, targeted intervention rather than inference.