Lower Limb Strength Training as an Intervention and Its Effects on Kicking Distance and Three Pointer Conversion Accuracy in Rugby Players

Abstract

Rugby is a high-intensity sport requiring endurance, agility, strength, and power, places significant demands on players’ lower limbs, particularly for activities such as kicking, sprinting, and tackling. Kicking, crucial for scoring in rugby, involves both distance and accuracy, which are largely influenced by lower limb strength. This study investigates the impact of lower limb strength training on kicking distance and three-point conversion accuracy in rugby players. An 8-week lower limb strength training program, combining resistance and plyometric exercises, was conducted with male rugby players aged 18-30 years, each having at least two years of rugby playing experience. The research employed a quasi-experimental design, with pre- and post-intervention tests measuring kicking distance (place and punt kicks) and conversion accuracy (three-point conversion kicks). The results showed significant improvements in both kicking distance and accuracy, with the mean kicking distance for place kicks increasing from 31.5 meters to 41.1 meters, and punt kicks from 43.0 meters to 51.6 meters. Additionally, conversion accuracy improved from 61.2% to 79.2%. These improvements highlight the effectiveness of lower limb strength training in enhancing both the distance and accuracy of rugby kicks. The findings suggest that strengthening the lower limbs through targeted resistance and plyometric exercises significantly boosts performance, particularly in key rugby skills like kicking. This research emphasizes the importance of incorporating lower limb strength training into rugby players' training regimens to enhance overall performance and provide valuable insights for optimizing strength training programs in rugby.