REFLECTIONS OF FUNCTIONAL TRAINING ON SHOOTERS' GRIP STABILITY

Abstract

ABSTRACT Introduction: Shooting is a technical sport demanding much control and accuracy from the athletes. Physical fitness is a critical factor for the sport's skill level, and it is believed that functional training can effectively improve the shooter's technical level, ensuring greater athlete stability. Objective: Analyze the results of functional abdominal core physical training on the grip stability of sport shooters. Methods: Random sampling was used to select 26 volunteer shooters as research pairs. An intervention trial was conducted for eight weeks of functional physical training with these athletes. The subjective perception scale of RPE and the exercise intensity comparison table were used for analysis. Muscle contraction data were measured at 3 s before target shooting. SPSS 19.0 software was used to statistically conduct a t-test on the data collected before and after the experiment. Results: There were significant differences in muscle stability and tolerance before and after physical training (P<0.01). The shooter's flexion stability before the test was not as good as during relaxation. The reduced sustained distance before and after physical training significantly improved the tolerance and stability of the abdominal core muscles. The average amplitude of the biceps electromyography was statistically significant compared to before the test (P<0.05). Conclusion: After eight weeks of functional physical training, the shooting stability of pistol shooters was significantly improved. The lack of physical training, especially in the core abdominal muscles, negatively affects the shooters' stability, limiting the quality of the sport. Level of evidence II; Therapeutic studies - investigation of treatment outcomes.