Abstract

Sprint swimming performance relies heavily on physiological factors such as core temperature, which plays a vital role in optimizing muscle function, metabolic efficiency, and overall athletic performance. This paper explores the significance of maintaining an optimal core temperature during sprint swimming and its impact on performance. Core temperature influences various factors, including muscle contractility, nervous system efficiency, and thermoregulation. Fluctuations in core temperature can result in performance decline or increased injury risk. The paper discusses key elements such as the physiological effects of core temperature regulation, environmental influences, and strategies to optimize temperature before and during competition. Furthermore, it delves into the role of hydration, biomechanics, and recovery in regulating core temperature, as well as the implications for training adaptations and injury prevention. The importance of individualized temperature optimization and the role of coaches in managing core temperature are also emphasized.