Computer Vision Kinematic Benchmarks

Biomechanical Analysis & Pro Metrics

Track multi-joint kinetic chain sequencing, angle deviations, and compare your form frame-by-frame against professional standards.

Tennis Biomechanics
Target Discipline • Topspin Forehand & Serve Kinematics

Kinetic Chain Analysis: N/A (Upload Video)

Upload video footage via the AI Coach to calculate real-time joint angles against professional kinematic benchmarks.

Rotational WhipN/A
Balance FactorN/A
Contact PrecisionN/A
Shoulder-Hip Separation (Coil)Pending Video
N/A

Target: 38° - 45°Core rotational angle between upper torso and pelvis before forward acceleration.

Personal ScoreN/A
Knee Flexion (Loading)Pending Video
N/A

Target: 110° - 125°Vertical ground reaction force generated from leg drive during preparation.

Personal ScoreN/A
Elbow Angle at ContactPending Video
N/A

Target: 150° - 165°Arm extension ensuring optimum leverage, spacing, and energy transfer.

Personal ScoreN/A
Racket Drop DepthPending Video
N/A

Target: 18 - 25 cm below ballVertical drop below the contact plane creating heavy aerodynamic topspin.

Personal ScoreN/A
Torso Incline AnglePending Video
N/A

Target: 78° - 84°Dynamic balance stability preventing head dip and mis-hits during full swings.

Personal ScoreN/A
Follow-Through ExtensionPending Video
N/A

Target: Complete (Past Shoulder)Deceleration phase ensuring shoulder health and consistent shot depth.

Personal ScoreN/A

AI Coaching Biomechanical Prescription

Kinematic Adjustment #1

Upload video of your serve or forehand to calculate live joint angle deviations.

Kinematic Adjustment #2

Target 40° shoulder-hip coil on your forehand to maximize kinetic chain torque.

Kinematic Adjustment #3

Maintain 155°+ elbow extension at contact to avoid crowding the ball.

Ready for Video Form Check?Upload a 10-second clip to get instant 33-joint skeleton tracking.
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Pro Kinematic Benchmark

Calculated by tracking high-speed 240 FPS match footage from top international tour players.

Torque Index98.4 / 100
Peak rotational kinetic power
Contact Point Consistency99.1%
Spatial sweet-spot variance < 1cm
Deceleration Safety MarginLow Joint Stress
Rotator cuff protection follow-through