First touch, faster play: Study reveals the body and ball movements associated with quicker soccer passing
A study from the University of Tsukuba identifies specific biomechanical factors, such as body posture and foot approach, that contribute to a faster first touch in soccer. These findings aim to bridge the gap between coaching intuition and measurable performance data.
Why it matters
Applying biomechanical analysis to sports training can significantly improve player development and performance optimization through data-driven coaching.
edited by Swati Mestri , reviewed by Robert Egan
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Add as preferred source Credit: Omar Ramadan from Pexels In soccer, the quality of the first touch is integral to shaping a player's subsequent actions. Despite its importance, there is limited scientific evidence regarding which specific movement characteristics are associated with effective first-touch performance.
In a study published in the journal Football Studies , university soccer players performed a dynamic receive-to-pass task in which they received a pass while running and then immediately made the next pass. Using a 3D motion capture system, researchers at University of Tsukuba examined whole-body and ball kinematics and identified biomechanical factors associated with shorter trap-to-pass times.
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