Vol. 11, Issue 11, Part A (2025)

Abstract
The present study investigates the biomechanical determinants influencing baseball pass efficiency among elite basketball players through a comprehensive kinematic analysis. The baseball pass, a crucial offensive skill, demands precise coordination of multiple joints, muscle groups, and timing to optimize speed and accuracy. This research aimed to identify the key kinematic factors such as joint angles, release velocity, trunk rotation, and arm acceleration that contribute to pass effectiveness. High-speed motion capture and 3D video analysis were utilized to assess the throwing mechanics of elite athletes during controlled passing trials. Statistical correlations were drawn between biomechanical parameters and pass accuracy, speed, and flight stability. Results revealed that optimal hip-shoulder separation, higher angular velocity of the upper limb, and proper sequencing of kinetic chain movements significantly enhanced pass efficiency. Additionally, the synchronization between lower and upper body movements played a vital role in maximizing power transfer and precision. The findings emphasize the importance of biomechanical training interventions focusing on coordination, flexibility, and strength to refine passing performance. This study contributes valuable insights for coaches and sports scientists aiming to improve skill execution and reduce injury risks in competitive basketball settings.