WE KNOW YOU WON'T STOP RUNNING.
So let us fix the problem without asking you to do the one thing you will not do.
Book a Free ConsultYou already know something is wrong. Your knee aches for the first mile, your Achilles is stiff every morning, your shin has that familiar dull throb. You have Googled it, foam rolled it, and ignored it hoping it would fade on its own.
Weeks later, it is still there.
And somewhere in the back of your mind, you know the “right” answer is probably to take time off. But you are not going to do that. Running is how you manage stress, how you start your day, how you stay sane. And a plan that begins with “stop running for six weeks” is a plan you were never going to follow.
We get it. We work with runners every week, and the ones who come to us have usually tried rest already. They took a week off, felt better, ran again, and the pain came right back, because rest calms the symptoms without changing the reason the injury happened in the first place.
The running injuries on this page can share a common pattern: load exceeded tissue capacity. Which tissue becomes symptomatic first, whether tendon, bone, or fascia, depends on the individual.
The 5 Injuries Every Runner Gets, and What They All Have in Common
The locations differ, but the underlying problem is the same: your tissue could not handle the demands you placed on it, either because you ramped up too fast, you lack strength in a key area, or your mechanics are forcing one structure to absorb more load than it should.
1. Runner's Knee (Patellofemoral Pain)
Pain around or behind the kneecap, worse going downhill or after long sits. This is the most common running injury, and the most commonly mismanaged. It is often driven by hip and quad strength deficits rather than a structural knee problem. Your patella tracks poorly because the muscles controlling it are not doing their job.
The fix: Targeted quad and hip strengthening (especially VMO and glute med), load management during the rebuild phase, and often a temporary increase in cadence to reduce knee loading per step.
2. IT Band Syndrome
Sharp pain on the outside of the knee, usually hits at the same point in every run. You have probably been foam rolling your IT band. You can stop. The IT band is a thick piece of connective tissue. Foam rolling may provide temporary symptom relief, but it does not address the underlying cause. The real issue is the hip muscles above it and how your pelvis controls frontal plane movement during stance phase.
The fix: Hip abductor and external rotator strengthening, addressing contralateral hip drop during gait, and progressive return to volume. Foam rolling is a waste of your time here.
3. Shin Splints (Medial Tibial Stress Syndrome)
Diffuse pain along the inner shin bone, worse at the start of a run. This is a bone stress reaction. Your tibia is absorbing more force than it can remodel fast enough. Common in runners who ramp up mileage too quickly, transition to minimalist shoes, or start running on harder surfaces.
The fix: Calf strengthening (soleus and gastroc, different exercises for each), progressive impact loading, and a disciplined ramp-up schedule. If you ignore this, it becomes a stress fracture.
4. Plantar Fasciitis
Stabbing pain in the heel or arch, worst with the first steps in the morning. The plantar fascia is a thick band that acts as a spring during running. When your calf complex is weak or your foot cannot manage load through the windlass mechanism, the fascia takes a beating.
The fix: Heavy, slow calf raises (building tendon and fascia capacity), intrinsic foot strengthening, and graduated return to running volume. A night splint can take the edge off morning symptoms, but the strength work is what fixes the problem.
5. Achilles Tendinopathy
Pain, stiffness, or thickening of the Achilles tendon, usually 2-6 cm above where it attaches to the heel. This is a degenerative condition, not an inflammatory one (despite the old name “tendinitis”). The tendon has been overloaded and its collagen structure has started to break down. Disorganized collagen does not remodel with rest. It remodels in response to progressive loading.
The fix: Heavy slow resistance training (the Alfredson protocol or modified versions), progressive plyometric loading, and a running volume that stays under the tendon's current capacity while we build it back up.
Running Gait Analysis: What It Actually Tells Us
We film your running gait from multiple angles and analyze it in slow motion. But here is what most clinics will not tell you: gait analysis is a diagnostic tool rather than a treatment. Watching you run shows us where to look. The actual change comes from the strength and motor control work that follows.
What we are looking for: excessive contralateral hip drop (your pelvis drops on the opposite side during stance), overstriding, trunk lean patterns, cadence relative to speed, and foot strike relative to center of mass. Each of these tells a story about what muscles are not doing their job.
The fix is never “just change your form.” Running form is an output of your strength, mobility, and motor control. Some athletes respond to cueing alone, but for most runners, strength is the bottleneck. You cannot sustain a cue-driven correction if the glute med fatigues at mile two. Build the strength first, and the form tends to follow.
How We Keep You Running
Step one: we figure out your current capacity. How much can you run right now without making things worse? That becomes your baseline. It might be 3 miles, or 10 minutes, or nothing at all for a week, but we establish it with data instead of guessing.
Step two: we build strength in the areas that are failing you. For most runners, this means calves (both soleus and gastroc), glutes (especially glute med), and quads. Runners are notoriously weak relative to the demands of their sport. You absorb 2.5-3x your body weight with every stride. Your muscles need to be strong enough to handle that, thousands of times, without breaking down.
Step three: progressive return to volume. We increase your running load systematically, typically 10-15% per week, while monitoring symptoms. If something flares, we adjust. If everything is smooth, we keep building. The goal is to get you back to your target mileage with a body that can actually sustain it.
Reduced mileage is a temporary rehab tool, not the end state. The long-term goal is getting strong enough that the mileage you want to run is no longer a problem.
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Running Injury Rehab
KEEP RUNNING.
You do not have to choose between your health and the miles. Book a free consultation and let us figure out how to fix the problem while keeping you on the road.
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