Cycling Injury & Performance in Happy Valley, OR

Cycling is one of the most joint-friendly ways to train. It's also one of the most repetitive. A typical road ride involves thousands of pedal strokes, each one loading the knees, hips, and lumbar spine in a pattern determined almost entirely by your position on the bike. When that position is even slightly off, the cumulative effect on tissue over a season is significant.

A 2022 systematic review found that low back pain accounts for nearly 30% of reported cycling complaints, knee pain around 20%, and neck pain around 14%. Most of those problems aren't the result of a single event. They build quietly, one ride at a time, until something that was manageable forces you off the bike entirely.

The good news is that cycling injuries are largely predictable and largely preventable. Position, strength, and load management are all modifiable. You just need to know what you're working with.

Why Cycling Injuries Develop

The repetitive nature of cycling means that small mechanical inefficiencies get amplified over distance. A saddle that is too high, too low, or too far forward changes how the knee loads through every pedal stroke. Handlebar reach that doesn't match your mobility puts sustained stress on the lumbar spine and cervical spine. Cleat alignment that doesn't match your natural foot position creates rotational stress at the knee and hip that adds up over thousands of repetitions.

Knee pain is the most common cycling complaint, and it's closely tied to saddle height and cleat position. When the saddle is too low, the knee flexes beyond its comfortable range at the bottom of the stroke. When it's too high, the pelvis rocks to compensate, loading the IT band and lateral hip. Our knee pain treatment page covers what those presentations look like and how they're addressed.

Low back pain affects a significant proportion of road and gravel cyclists, particularly those riding in more aggressive positions. Handlebar drop, saddle tilt, and hip flexibility all contribute to how much load the lumbar spine absorbs over long rides. If you're already dealing with back pain on the bike, our low back pain treatment page is worth reviewing alongside your fit.

Hip pain, including lateral hip discomfort and impingement, is closely tied to saddle height and cleat float. When the saddle is too high, the pelvis drops to reach the bottom of the stroke, loading the hip in a compressed position repeatedly. Our hip pain treatment page covers the most common cycling-related hip presentations.

Neck and shoulder pain is common in cyclists stretched too far forward or whose handlebar height doesn't match their flexibility and riding style. This is especially common in riders who have moved to a more aggressive position without the mobility to support it.

Our Approach to Cycling Injuries and Performance

At Timber and Iron, we combine physical therapy with professional bike fitting because treating the injury without addressing the position that caused it produces temporary results. And adjusting the bike without understanding what the body can actually do produces a fit that doesn't hold up over miles.

Every cyclist we work with starts with a comprehensive assessment that covers your injury history, riding goals, and current symptoms. From there your physical therapist will assess your strength, mobility, and movement patterns off the bike before anything is adjusted on it. On-bike assessment covers saddle height and fore/aft position, handlebar reach and drop, and cleat alignment and float.

You'll leave with a clear picture of what's driving your symptoms, adjusted bike measurements, and specific strength and mobility work to support your position long term. If hands-on treatment like myofascial decompression or soft tissue work is indicated, that's addressed in the same session where possible.

For a detailed breakdown of what a PT-led bike fit includes and how it differs from a shop fit, see our bike fitting service page.

Treatment Options We Provide

Professional bike fitting for injury prevention and performance. Physical therapy including joint mobilization, instrument assisted soft tissue mobilization, soft tissue mobilization, and myofascial decompression. Blood Flow Restriction training for strength rebuilding after injury. Strength and conditioning programs built specifically for cyclists. Movement analysis and retraining on and off the bike.