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Soft tissue therapy for cyclists: the common patterns

6 min read·Alexander Khang · ISRM Level 5

How cycling loads the body

Cycling is a repetitive, non-impact sport that loads the body in a sustained flexed position. The hip flexors are in sustained shortening. The thoracic and lumbar spine are sustained in flexion. The neck is in sustained extension to maintain the visual field. This creates predictable overuse patterns that accumulate with training volume.

The common presentations: lower back pain from sustained lumbar flexion, neck and upper trap tension from sustained cervical extension, knee pain from excessive load at specific pedalling positions, and hip flexor restriction from sustained hip flexion.

Lower back and hip in cyclists

Cyclists with insufficient hip flexibility sit into posterior pelvic tilt at the bottom of the pedal stroke, rotating the pelvis backward and loading the lumbar discs and posterior structures in a flexed, loaded position. Over a 4-hour ride, this creates significant cumulative load.

The solution is not just hip flexor stretching, it is hip flexor loading through full range (the missing range being hip extension under load, which cycling never provides). Deadlift patterns and split squats correct the hip extension deficit that causes posterior pelvic tilt on the bike.

Neck and thorax in cyclists

The aero position requires the neck to extend to maintain forward vision while the thorax is flexed. This sustained cervical extension loads the upper cervical segments and creates chronic upper trap and suboccipital tension.

Manual therapy to the posterior cervical chain and upper thorax reduces this tension. The medium-term solution is improving thoracic extension mobility so the rider can achieve more neutral spinal position at the same aerodynamic efficiency.

The neck pain is downstream. The thoracic stiffness from years of aero position is the source.

Knee pain in cyclists

Anterior knee pain in cyclists is usually patellofemoral, driven by the sustained load at the knee-flexion position where the pedal stroke occurs. Saddle height and cleat position are bike-fitting issues, but hip abductor weakness and vastus medialis inhibition are clinical issues that bike fitting cannot resolve.

A clinical assessment identifies whether the knee pain is primarily a bike-fit problem (saddle too low, cleat inward rotation) or a hip-strength problem, the solution differs between the two.

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