Understanding Technical Errors in Tennis through Kinetic Chain Analysis

Abstract

In tennis, errors that appear now of ball contact are frequently interpreted as isolated technical faults. However, many of these visible mistakes originate earlier in the kinetic chain. This paper discusses how disruptions in movement efficiency and muscular stiffness can alter the sequence of energy transfer within the kinetic chain and ultimately lead to late contact points during tennis strokes. Looking at the importance of movement toward the ball, body alignment, and neuromuscular coordination, the study highlights how small inefficiencies in early phases of motion can propagate through the kinetic chain and affect stroke execution. In this article, the practical implications for coaching are also discussed, analysed the importance of biomechanical observation and video analysis for identifying the true origin of technical errors. This paper aims to explain how movement, balance, and timing interact within the kinetic chain and help coaches and athletes identify the main cause of technical mistakes rather than focusing only on their final manifestation.