Squat Analysis

Squat Form Analysis & ACL Injury Screening

AI-powered squat form analysis for volleyball athletes. Track knee valgus for ACL prevention, hip/ankle/knee joint mobility, squat depth, and trunk stability. Identify movement deficiencies before they become injuries.

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What This Analysis Measures

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Knee Valgus Detection

Inward knee collapse during squatting is a primary predictor of ACL injury. Identify this pattern before it appears during high-force jumps.

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Joint Mobility

Hip flexion, ankle dorsiflexion, and knee flexion angles measured against healthy movement baselines for volleyball athletes.

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Squat Depth

How deep you squat and whether depth is limited by mobility or strength. Shallow squats limit power production in jumping.

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Trunk Stability

Forward trunk lean and core control during the squat. Poor trunk stability wastes energy transfer in all volleyball movements.

Frequently Asked Questions

How does squat analysis help prevent ACL injuries in volleyball?
The squat analysis detects knee valgus (inward knee collapse) during squatting, which is a primary predictor of ACL injury. By identifying this pattern in a controlled squat, athletes can correct the movement before it appears during high-force volleyball actions like jumping and landing.
What joint angles does the squat analysis measure?
The analysis measures knee flexion angle (squat depth), knee valgus/varus angle (ACL risk), hip flexion angle, ankle dorsiflexion angle, and trunk forward lean angle. Each metric is scored against healthy movement baselines.

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