KINEMATIC ANALYSIS OF VERTICAL JUMP OF VOLLEYBALL PLAYER’S BY USING 3D MA TECHNOLOGY

This article provides an in-depth analysis of the vertical jump performance of vol-leyball players using 3D motion analysis technology. The study focuses on the biomechanical aspects of key phases in the jump, including preparation, lift-off, flight, and landing. The results highlight significant joint angles, vertical force production, and movement patterns that contribute to jump height and landing mechanics. Special attention is given to asymmetries in joint movements, such as knee rotation and ankle dorsiflexion, which could impact performance and injury risk.

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