This article explores how neuroscience influences performance in elite taekwondo, suggesting improved training methods.
Taekwondo is more than a test of strength, speed, and technique; it is a highly complex interaction between the brain, nervous system, and body. This article explores the role of neuroscience in taekwondo performance, examining how neural mechanisms influence reaction time, motor control, attention, decision-making, balance, anticipation, motor learning, and emotional regulation. It also highlights the importance of neuroplasticity and sport-specific cognitive training in developing faster, more accurate, and more efficient responses under competitive pressure. By connecting neuroscience with biomechanics, sports psychology, and athletic training, this work provides a scientific perspective on how understanding the brain can help athletes and coaches optimize performance, improve skill acquisition, and potentially reduce injury risk. Ultimately, it presents taekwondo not simply as a physical combat sport, but as a sophisticated form of brain–body performance in which milliseconds, neural processing, and precise motor control can determine the outcome.
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Mohammad Amir Beigi Habibabadi (2026) studied this question.
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