The purpose of this study was to determine if elite female cricket batters’ body or bat kinematics differed when facing fast or spin bowling in a power-hitting task. Six elite female cricket batters completed a straight drive power hitting task against both fast and spin bowling, captured by a 3D motion capture system. Select kinematic variables were analysed using Visual 3D software. Elite female batters may use the increased movement time afforded by the slower spin bowling speed to enhance bat-ball impact, bat speed and launch angle through reducing distance from the pitch of the ball to impact, and increasing thorax-pelvis separation (X-Factor) and top wrist ulnar deviation compared with facing fast bowling.
Elite female 🏏 power-hitting technique differs between fast and spin bowling deliveries@SportsMedPete presenting some of our recent work with @chris_peps, @lborosportsbiom, and @ECB_cricket— Stuart McErlain-Naylor (@biomechstu) July 20, 2022
4-page @isbs_conference paper: https://t.co/GxlFlZ2P5G pic.twitter.com/Mb0uOKkl8V