The Effect of Dynamic and Static Stretching on Golf Driving Performance

Graeme G Sorbie

doi:10.23937/2469-5718/1510035

Abstract

The aim of this study was to investigate the effect of dynamic and static stretching warm-up routines on golf driving performance. Three different components were tested; namely carry distance, accuracy and ball contact. Twelve male competitive golfers took part in the experiment. Two supervised warm-up treatments were tested on nonconsecutive days. Each subject was randomized to either a dynamic stretching (DS) or static stretching (SS) routine. The DS and SS protocols consisted of nine stretches targeting the entire body. Descriptive statistics and paired t-tests were applied (P < 0.05) between the dynamic and static stretching protocols. The results revealed significant differences between protocols in terms of driving distance and accuracy. Performing a dynamic warm-up before commencing golf driving produced a significant difference with regards to total carry distance (P = 0.012). In terms of shot accuracy, there were significant differences between participants after DS and SS (P = 0.049). The present data indicate that DS significantly increases driving distance and accuracy in comparison to SS in low handicap male golfers. No between subject differences were observed with respect to ball contact following DS and SS (P = 0.064). All participants produced a low shot accuracy distance index (≤ 0.04) after both stretching protocols. The present data further indicate a high level of symmetry with respect to distance and shot accuracy performance indicators in competitive male golfers.

Highlights

In recent years, there has been a major rise in golf participation worldwide [1,2,3]
Within participants there was a significant difference between driving distance after performing the dynamic stretch and static stretch (P = 0.012)
The results showed no significant differences between the angle of deviation after the administration of both stretching protocols (P = 0.660)

Summary

Introduction

There has been a major rise in golf participation worldwide [1,2,3]. With this increase in popularity, there is an increased demand for systematic research into the sport. The golf swing is a highly coordinated, sub-sectional and rotational movement which requires a great level of joint flexibility and balance [5,6]. These attributes are more commonly found in lower handicap and elite golfers [6]. The greater the range of motion (ROM) at this stage of the swing, the greater the club head velocity when initiating the downswing [8]

Objectives

Methods

Results

Conclusion