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CORRELATION OF OBLIQUE STRENGTH WITH DRIVER CLUB HEAD SPEED IN DIVISION I COLLEGE GOLFERS

Abstract

In the sport of golf, rotational power plays a pivotal role in determining a player's performance. This power, largely generated by the core muscles, especially the obliques, is fundamental in achieving high club head speeds (CHS), a critical factor for distance and precision in golf shots. Despite its importance, the specific contribution of oblique muscle strength to overall performance in golf has not been comprehensively explored, particularly in the context of elite golfers. PURPOSE: This study aims to elucidate the relationship between rotational power from the obliques and key performance indicators like CHS and lower body power in Division I National Collegiate Athletic Association (NCAA) golfers, offering insights into targeted training approaches for enhanced performance in professional golf. METHODS: Data for 6 NCAA Division I golfers were used for this research. The data was collected in November following the fall golf season. Descriptive data for height (cm) and weight (kg) are provided. Lower body peak power in watts (W) was assessed during a countermovement jump (CMJPP) using a linear force transducer (Tendo Unit), rotational peak torque (W) was assessed by using dynamometer / load cell (Tindeq progressor 150), the club head speed was recorded by the launch monitor (Trackman 4). RESULTS: Pearson Correlation Coefficients were calculated using SPSS to determine if core strength assessments were significantly (p < 0.05) correlated to CHS. The results indicated that the Peak Torque Non-Dominant Oblique (ND) (R=.638) (p=

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