Biomechanical Methodology

"As a developer and a hockey parent in the GTA, I got tired of hearing 'bend your knees' without any real data. We built this engine to give competitive players the same kinematic insights used by pros."

— Founder, HockeyPro AI

01. Sagittal Plane Kinematics

Our diagnostic engine evaluates players primarily in the sagittal plane, tracking the intricate relationship between the Greater Trochanter, Lateral Epicondyle, and Lateral Malleolus.

Max Squat Angle

Optimal power generation occurs at terminal flexion. Elite biomechanics dictate an angle between:

105° - 115°

Angles > 135° = "High Stance" Power Leak

Stride Extension

Full triple extension at the moment the blade leaves the ice. Target angle for elite acceleration:

165° - 172°

Measured at terminal push-off phase

02. RFD Analysis

Speed is not just absolute strength; it is the Rate of Force Development (RFD). Our engine's Stride Velocity Curve maps the acceleration of the skater's center of mass.

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A 15% drop in peak velocity on a single side often predicts overcompensation injuries before they occur.

03. The Blueprint

Phase 1Activation

Corrective Activation

Isolating underactive muscle groups (e.g., gluteus medius) to fix the neural wiring.

Phase 2Power

Explosive Power Conversion

High-velocity plyometrics designed to maximize RFD in the frontal and sagittal planes.

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