Context & Challenge
Academy players were failing to translate raw strength into acceleration phase speed, and showed irregular decelerating landing patterns that increased ACL risk.
Methodology
Monitored ground force reactions via integrated force plates, coupled with 3D kinematic captures from Vicon Motion Systems and high-frequency GPS tracking.
Key Findings
Kinematic data identified a premature vertical trunk angle during early acceleration and high peak ground reaction forces on landing due to poor knee flexion control.
Restructuring & Intervention
Designed customized deceleration landing drills and modified sprint posture coaching using real-time biofeedback.
Summary Outcome
Monitored ground force reactions and kinetic chain motion captures to adjust deceleration landing patterns, improving average 30m sprint times by 0.18s across a cohort of 40 developmental players.
Verified Impact
Average 30m sprint times improved by 0.18 seconds across a cohort of 40 developmental players, alongside a significant reduction in lateral knee valgus moments during landing.
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