Biomechanical analysis of horizontal bat shots of left hand batters in cricket

Abstract

This study examines the kinematic variables influencing the performance of left-handed batters in cricket, specifically focusing on the Pull Shot and the Back Foot Square Cut Shot. Twenty male left-handed batters with national and university-level experience participated in the research. Advanced motion analysis tools, including Silicon Coach Pro-7 and Stance Beam Smart Motion Sensor, were used to measure joint angles, bat speed, time to impact, and power generation. newlineThe study applied the Shapiro-Wilk test for normality assessment and conducted multiple correlation analyses to explore the relationships between key kinematic variables. Findings revealed significant correlations between bat speed, joint angles, and power generation in both shots. For the Pull Shot, a moderate negative correlation was observed between time to impact and power (r = -0.587, p = 0.006), emphasizing the importance of swift execution. Additionally, bat speed and power were positively correlated, highlighting the role of energy transfer in shot effectiveness. The right shoulder angle showed a strong negative correlation with post-impact ball velocity (r = -0.800, p = 0.000), underlining the importance of optimal joint positioning. newline