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Hockey demands an incredible range of motion, power, and agility, yet many players often complain about feeling “locked up” or physically restricted. This stiffness isn’t just a minor annoyance; it can significantly hinder performance, increase injury risk, and limit a player’s long-term potential.
Scientific research into ice hockey biomechanics shows that the skating stride is unique. Unlike running, where the foot pushes primarily backward, the skating stride requires a lateral (side) push. This places the adductor muscles (inner thighs) and hip flexors under constant, high-level tension.
NHL trainers often refer to a phenomenon called “Adaptive Shortening.” This is a physiological process where muscle fibers physically shorten over the course of a season because players spend so much time in a crouched hockey stance. Your nervous system begins to recognize this shortened state as the “new normal” and limits your range of motion to protect the tight joints, resulting in that heavy, stiff feeling.
Top professional stars focus on “Tissue Quality” just as much as they focus on strength.
By addressing the biomechanical and physiological roots of stiffness, hockey players can move with more fluidity, generate more power, and extend their careers by staying injury-free.
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By Vitalina Andrushchenko, Staff Writer
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