MUHAMMAD MOHSIN RAZA, PROF. DR. SONIHA ASLAM
DOI: https://doi.org/The present study investigated the predictive value of somatotypes for talent identification among junior tennis players by examining their influence on physical fitness attributes and competitive performance. A total of 36 junior tennis players aged 11–14 years participated in the study and were categorized into three somatotype groups: ectomorphs (n = 12), mesomorphs (n = 12), and endomorphs (n = 12) using the Heath-Carter anthropometric method. Physical fitness variables including speed, endurance, strength, flexibility, and explosive power were assessed through standardized fitness tests, while competitive performance was evaluated through match success rates and coach performance ratings. The results revealed significant differences among the three somatotype groups. Ectomorphic players demonstrated the highest match success rate (91.7%) along with superior endurance and speed performance (p < 0.001). Mesomorphic players achieved the highest strength scores but recorded lower competitive success rates compared to ectomorphs. Endomorphic players showed the lowest performance outcomes across most variables and the lowest win ratio. Hierarchical regression analysis indicated that somatotype independently explained 47.6% of the variance in tennis performance outcomes. The findings suggest that ectomorphic characteristics may provide advantages for junior tennis performance and talent identification. However, effective talent identification should integrate anthropometric, technical, and psychological assessments within a comprehensive player development framework.
