THE ADVANTAGES OF INCREASING INDIVIDUAL ATTACK SPEED IN QUALIFIED BASKETBALL PLAYERS WITH THE HELP OF ANAEROBIC EXERCISES

Abstract

The article examines the advantages of increasing individual attack speed in qualified basketball players through the systematic use of anaerobic exercises. In modern basketball, the effectiveness of offensive actions depends not only on technical mastery and tactical awareness, but also on the athlete’s ability to perform explosive movements under conditions of time deficit, physical contact, and high competitive intensity. Anaerobic training, including sprint drills, repeated acceleration, plyometric tasks, resisted running, change-of-direction exercises, and high-intensity interval loads, creates physiological and neuromuscular conditions for improving first-step quickness, fast break execution, one-on-one penetration, transition attack, and rapid decision-making during offensive play. The relevance of this issue is especially important for qualified players, whose performance improvement requires not general physical preparation, but highly specialized training means corresponding to the dynamic structure of basketball. The article emphasizes that properly organized anaerobic exercises contribute to the development of speed-strength abilities, phosphagen energy system efficiency, lactate tolerance, explosive power, coordination stability, and movement economy. In the context of sports education at a transport university, the study highlights the methodological importance of integrating anaerobic loads into basketball training programs while maintaining technical accuracy, recovery balance, and injury prevention. The results of such training may support more effective individual attacks, faster offensive transitions, and improved competitive performance.