THE EFFECTIVENESS OF DEVELOPING TECHNICAL TRAINING BASED ON ANALYTICAL ANALYSIS OF THE MOVEMENTS OF YOUNG SPRINTERS

Abstract

This article explores the development of movement technique through the analytical analysis of the young distance of motion the initial segment of movement where biomechanical efficiency and neuromuscular coordination are established. Using advanced tools such as motion capture, force plates, electromyography, and machine learning, the study identifies critical variables in this early phase that influence overall performance, injury risk, and energy efficiency. The findings reveal that optimizing the young distance phase leads to improved movement precision, reduced asymmetries, and enhanced athletic outcomes. A novel training framework is proposed, combining biomechanical feedback, cognitive engagement, and individualized adjustments to maximize performance potential from the outset of movement. This research offers a foundational step in redefining sports training and rehabilitation practices through the lens of scientific precision and early-phase motion control.