ABSTRACT
Introduction:
Golf is a high-precision sport that requires excellent manual skills and motor coordination. These requirements are essential to determine a player's swing level and, consequently, their sports performance.
Objective:
Investigate the impact of athletes’ body control on golf performance.
Methods:
To study the three-dimensional motion of golf players in China, the relevant theories and techniques of sports biomechanics were used on 12 golfing volunteers. Real-time sampling correction and analysis were performed using APAS dynamic analysis technology. This paper uses the DLT method to analyze the spatial location of each point three-dimensionally. SPSS15.0 software was used for statistical processing and screening of the results of the tests. Statistics are presented as mean and standard values.
Results:
The correlation between the golfers’ center of gravity in hitting and the rate of motion in the swing was evidenced. The velocity obtained by the racket when hitting the ball is related to the golfer's hip inversion angle.
Conclusion:
A lower body center of gravity is beneficial to improve golf swing efficiency. Keeping the body in balance is the key to mastering the stroke and acceleration of the racquet. When the athlete performs the reverse pull, the energy they receive also increases, highlighting the need for specific training to promote the athlete's body balance. Level of evidence II; Therapeutic studies – investigation of treatment outcomes.
Keywords:
Golf; Athletes; Competitive Behavior; Physical Fitness