Does this sound familiar?
- Sharp pain on the outside of the knee after a fixed time or distance
- Worse downhill and on cambered surfaces
- Tenderness over the lateral femoral epicondyle
- Stairs down and long sitting with a bent knee uncomfortable
- Pain free after a break – pain returns immediately when running resumes
- Also common in cyclists, triathletes and mountain athletes
Background
Why runner's knee develops
Load increased too fast
The most common trigger: volume, intensity or elevation rise faster than tissue tolerance.
Hip abductor weakness
Weak gluteus medius and maximus let the pelvis drop, the knee falls inward and compression rises.
Technique & cadence
Low cadence, crossover foot strike and pelvic drop measurably increase load. Small technique changes help a lot.
Compression, not friction
The problem is compression of the innervated fat pad beneath the band – which is why stretching and foam rolling alone rarely last.
Our approach
Your way back onto the road
The goal is not "rest" but rebuilding load so you can keep training.
Step 1 · analysis
Identify the trigger
Training data review, running analysis, hip abductor strength testing, ankle and foot screening.
Step 2 · calm it down
Reduce pain
Load adjustment instead of a running ban, manual techniques, shockwave therapy for stubborn cases.
Step 3 · build strength
Fix the cause
Progressive hip, trunk and calf strength, single-leg control, eccentric loading.
Step 4 · return
Run without fear
Criteria-based running progression with cadence and technique cues, hill and pace progression, race plan.
Building blocks
What we work with
Performance Lab
EMG, strength and jump diagnostics: we measure deficits instead of guessing.
Shockwave Therapy
Radial – activates tissue regeneration in stubborn tendon problems.
Manual Therapy
Joint and tissue techniques to quickly restore mobility and modulate pain.
Medical Equipment Training
Progressive strength work on medical devices – the lever for lasting capacity.
Training
Supervised athletic and build-up training after rehab.
Recovery Suite
Compression, cold and recovery support between training loads.
What we base this on
- ITBS is mainly caused by compression of the innervated fat pad, not friction (Fairclough et al., Journal of Anatomy 2006).
- Hip abductor training consistently improves ITBS symptoms and running mechanics.
- Increasing cadence by 5–10 % measurably lowers knee joint load.
FAQ