The Resilient Movement Blog

Uncover innovative approaches to biomechanics, strength training, and pain-free movement, as we empower you with knowledge and practical insights.

IT Band Pain: Why It Happens and What Actually Fixes It

Nov 20, 2025

If you have ever felt a sharp or achy pain along the outside of your knee, you may have been told the same thing most people hear:
“Your IT band is tight. You just need to stretch or foam roll it.”

This sounds reasonable in theory. The IT band runs down the outside of your thigh and connects into the knee, so it seems like the most obvious culprit.

The problem is that the IT band is not the issue or the structure generating the discomfort. And stretching or smashing it rarely does anything to change how the knee feels long term.

To understand why, you need to understand the relationship between the pelvis, the hip, and the quad muscles that sit underneath the IT band.

 

The IT Band: What It Is and What It Is Not

The IT band is a thick piece of connective tissue that behaves a lot like a tension strap. It does not contract or relax like a muscle.
It becomes “tight” or “loose” based on position, not because it is short or overactive.

So when you feel outside knee pain, the discomfort is not coming from the IT band itself: it's coming from what is happening underneath it.

That structure is the vastus lateralis, the outside quad muscle.

The VL attaches from the femur down into the kneecap, and when it is forced to work harder than it should, it can pull the patella slightly outward. That creates the painful, overworked feeling people often mislabel as “IT band syndrome.”

Rolling your IT band doesn't address the problem because the IT band isn't the structure generating the issue.

 

The Role of Pelvic Position

To understand why the VL becomes overloaded, you need to look at the pelvis.

When the pelvis tips forward or rotates away from one side, it changes the position of the femur beneath it. The femur will usually follow the pelvis into external rotation.

This creates two major problems:

  1. You lose access to hip internal rotation.
    This is essential for force production and knee stability.

  2. The VL becomes a primary stabilizer.
    Because the hip cannot internally rotate well, the VL steps in and tries to compensate.

This compensation can show up in two ways:

• The knee caves inward during movements like split squats or lunges.
• The kneecap gets pulled outward, creating a subtle bow-legged alignment.

In both cases, the VL works harder than it should, the outside knee takes more stress, and the discomfort increases.

This is why the pain persists even when people stretch or roll the IT band. They are targeting the wrong structure.


Why Foam Rolling the IT Band Doesn’t Help

Foam rolling the IT band itself does not change the tissue or reduce tension. You are pressing on passive structure.

However, when people roll slightly more toward the front or outside of the thigh, they often hit the vastus lateralis.
This can create temporary relief because they are finally interacting with the right tissue, but it does not fix the underlying mechanics.

Changing pelvic position and restoring hip internal rotation does.

 

Three Exercises That Address the Root Cause

Below are the exercises I teach in the video to reduce outside knee pain by improving hip mechanics and reducing VL overuse.

These are not IT band stretches. They are targeted strategies to restore function at the hip and knee.

1. Foam Roller Belt Line Reset

This drill teaches the pelvis to rotate into a better position.
When you lie on the foam roller at the belt line and gently rotate your pelvis over it, you create an external constraint that helps restore hip internal rotation.

This reduces the demand placed on the VL.

How to do it:
• Place the foam roller at the belt line.
• Straighten the working leg, but keep the outside of the knee open.
• Cross the opposite leg over.
• Rotate the pelvis forward and backward in a slow, controlled motion.

Duration: 30 to 60 seconds, 1 to 2 sets.

 

2. Prone Leg Curl With the Foot Turned In

The inside hamstring plays a key role in knee stability and tibial rotation.
By turning the foot inward during a prone leg curl, you bias the medial hamstrings and reduce the tendency of the knee to rotate outward.

This improves knee alignment and reduces stress on the outside quad.

How to do it:
• Lie on your stomach with one leg set up in the curl machine.
• Turn the foot inward, but keep the femur neutral.
• Curl the leg slowly for 3 to 4 seconds up and down.

Sets and reps: 2 sets of 8 to 10 slow reps.

 

3. Reverse Curtsy Split Squat

Crossing the back leg behind the stance leg forces the pelvis to turn toward the stance side.
That creates space in the back of the pelvis and encourages hip internal rotation, which reduces the outward drift that overloads the VL.

How to do it:
• Keep pressure on the inside edge of the stance foot.
• Cross the back leg behind at a comfortable angle.
• Keep the knee aligned with the second to fourth toes.
• Move through controlled reps without locking out the knee at the top.

You will feel glute, inside quad, and sometimes even a bit of shin.

Long-Term Relief Comes From Mechanics, Not Stretching

Outside knee pain is rarely an IT band problem.
It's a hip and pelvis positioning problem that makes the VL overwork and pulls the knee into an uncomfortable alignment.

By restoring hip internal rotation, improving pelvic orientation, and strengthening the right muscles, the knee gets the support it actually needs.

To see each exercise demonstrated, you can watch the full breakdown in the video here.

If you want a full progressive system that applies these principles across an entire training plan, Rebuild Blueprint was created for exactly that. Learn more here. 

THE RESILIENTĀ NEWSLETTER

JOIN THEĀ RESILIENT COMMUNITY

Stay ahead of the curve with exclusive updates, expert insights, and transformative articles delivered straight to your inbox by joining our emailĀ list today!

You're safe with me. I'll never spam you or sell your contact info.