Introduction: Basketball is an acyclic and intermittent sport with a high energy demand, requiring high levels of strength and agility, as well as a ventilatory component that supports its anaerobic capacity and motor speed. Methodology: (72) basketball players were selected, with an average age of (16.64±1.22) years, weight of 73.02±71 kg, height of (173±0.06) cm, body fat percentage of (24.50±2.52)%, muscle mass of (41.56±2.36)%, and Vo2max of (54.32±7.5) ml/kg/min. Tests for agility, speed, coordination, general strength, flexibility, and Vo2max were performed to assess their physical and anthropometric status. Results: Significant differences were observed between the groups in several tests. Regarding body composition, differences were found in muscle mass percentage and arm span (p < 0.05), while no significant variations were detected in weight, height, or age (p>0.05). Additionally, significant differences were observed in general strength, agility, and jumping ability tests (p<0.05). Conclusions: The physical capacities and skills of the players did not significantly correlate with body weight. Agility was more influenced by coordination and technique. The players demonstrated adequate aerobic capacity, but strength, flexibility, and power tests revealed important differences, emphasizing the need for personalized training.