Comprehensive biomechanical analysis comparing trail and road runners on various surface conditions using 3D motion capture and force plates. Trail-trained athletes demonstrated superior neuromuscular control, faster reflexive responses to surface changes, and reduced injury rates on technical terrain. Adaptations included enhanced ankle dorsiflexion range, improved single-leg balance, and stronger intrinsic foot muscles developed through varied surface exposure.
Tag: stability
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Strength Training Specificity for Trail Running
Strength training intervention study comparing traditional versus trail-specific training programs in competitive trail runners. Trail-specific program emphasized single-leg stability, reactive balance, and multi-planar movement patterns. Participants showed improved proprioception, reduced ankle injury rates, and better performance on technical terrain. Training included balance boards, unstable surfaces, and plyometric exercises mimicking trail demands.