SPATIAL PARAMETERS OF GAIT AND RUN IN HANDBALL PLAYERS DURING THE JUMP SHOT TECHNIQUE

Abstract

This study investigates the spatial parameters of gait and running in handball players while executing the ball-jumping technique during goal attempts. It analyzes kinematic and spatial characteristics such as stride length, step width, and joint angles to better understand how these elements influence the quality and precision of the jump and shot execution. Emphasis is placed on how biomechanical factors affect performance and efficiency in handball, offering insights for both skill development and injury prevention strategies. The findings aim to contribute to optimizing training protocols for enhancing this critical technique in handball.