Article Summary
As a physical therapist who spends most of my day watching people move, I hear a lot of complaints about hip pain. A lot of hip pain actually starts well below the hips.
- Hip pain from running and other weight-bearing activity often has nothing to do with the hip itself. It starts with how the foot handles impact.
- Overpronation, when the foot rolls inward more than it should during a step, changes how force travels up through the ankle, knee, and hip.
- Research on runners shows measurable increases in hip and knee joint loading connected to increased foot pronation.
- This isn't just a running issue. Walkers, hikers, and anyone who spends long stretches on their feet can run into the same pattern.
What Overpronation Is
Pronation is a normal part of how your foot works. Every time your foot hits the ground, it's supposed to roll inward slightly to absorb shock and adapt to the surface underneath you. Overpronation is what happens when that inward roll goes further than it should, so the arch flattens more than it's built to and the foot doesn't recover into a stable position before you push off into the next step.
You don't need a lab to notice it. Worn-down inner edges on your shoe soles, a foot that seems to cave inward when you're standing, or a nagging ache that shows up in the arch, ankle, knee, or hip after time on your feet are all common signs. A proper gait assessment gives you a much clearer answer than guessing, but the pattern itself is common enough that most of the patients I see with it aren't runners in training, they're just people who spend a lot of time on their feet.
How an Overpronating Foot Ends Up Causing Hip Pain
This is the part that surprises people. Your foot isn't a separate system from your hip. It's the first link in a chain that runs all the way up through your ankle, knee, hip, and lower back, and a problem at one end shows up as pain at the other.
When your foot overpronates, your lower leg rotates inward more than it should as your arch collapses, which pulls on the alignment of your knee and, from there, your hip. A study on recreational runners found that increased foot pronation after a mid-distance run was tied to measurable increases in hip and knee joint loading, including higher knee abduction moments and greater ankle plantarflexion moments compared to before the run (Mei et al., Frontiers in Physiology, 2019). In plain terms, the more your foot rolls inward with each step, the more work your hip and knee end up doing to compensate, step after step, mile after mile, or shift after shift. Our kinetic chain resource covers this connection in more depth if you want the fuller picture of how it plays out through the knee and lower back too.
This Isn't Just a Runner's Problem
Running gets a lot of attention in this conversation because the repetition makes the pattern easier to study and easier to feel, but overpronation doesn't check whether you're training for a race. I see the same mechanical pattern in people who walk for exercise, hike on weekends, spend a shift on their feet at work, or just do a lot of standing and moving around in daily life. The load is lower per step than running, but the hours add up differently, and hip pain from being on your feet all day can trace back to the same foot mechanics as hip pain from running.
If you're active in almost any capacity and you're noticing hip pain that doesn't have an obvious cause, like a fall or a specific injury, it's worth asking what your feet are doing underneath you before assuming the problem starts at the hip.
How I Assess Hip Pain (and Why I Always End Up Looking at the Feet)
When someone comes in with hip pain and no clear injury, I don’t start at the hip. The first thing I do is make sure the pain isn’t coming from the spine. The lower back and sacroiliac joint can refer pain into the hip, buttock, and groin, and no amount of hip or foot work will fix a problem that’s actually coming from the back. So I screen spinal motion, nerve tension, and whether certain back positions reproduce the hip symptoms.
Once the spine is cleared, I look at range of motion and strength at the hips and calves. At the hip I’m checking rotation, extension, and the strength of the glutes, especially the gluteus medius, which controls the pelvis every time you stand on one leg. At the calf I’m looking at ankle mobility and calf strength. A stiff ankle or a weak calf changes how force moves up the leg, and the hip often ends up absorbing what the lower leg can’t.
Then I watch people move. I assess gait walking first, then jogging, and finally running if the patient is a runner. Walking can look perfectly normal while running exposes the problem, because running multiplies the load on every joint with each step.
What I look for from the side:
- Overstriding, where the foot lands well ahead of the body
- Heavy heel strike with a nearly straight knee at contact
- How far the shin can travel forward over the foot (a sign of ankle mobility)
- Hip extension at push-off, or whether the person is substituting with the lower back
- Excessive forward trunk lean or an anteriorly tilted pelvis
What I look for from behind:
- Pelvic drop on the opposite side when standing on one leg, a classic sign of weak hip stabilizers
- How much and how fast the heel rolls inward after landing (rearfoot pronation)
- Crossover gait, where the feet land on or across the midline, which loads the outside of the hip
- Heel whip at push-off
- Whether one heel lifts early, which often points to limited ankle or big toe motion
What I look for from the front:
- Knee collapsing inward on landing (dynamic knee valgus)
- Thigh rotating inward through stance
- Toe-out angle and whether it’s symmetrical side to side
- Arch collapse through midstance
- Step width
How I Evaluate the Foot
The foot is the first point of contact with the ground, so how it handles load sets the tone for everything above it. Here’s what I check:
Foot posture: I look at the arch standing versus sitting. A large difference between the two (navicular drop) tells me the arch flattens significantly under body weight.
Rearfoot alignment: Standing behind the patient, I look at the angle of the heel. A heel that tips inward is often paired with the knee and thigh rotating inward, which changes how the hip muscles have to work.
Big toe mobility: Your big toe needs to bend back well for a normal push-off. When it’s stiff, people roll off the outside of the foot or cut push-off short, and the hip compensates.
Ankle mobility: A simple knee-to-wall test tells me a lot. Limited ankle bend often leads to the foot flattening or the foot turning out to make up the difference.
Calf and foot strength: I test single-leg heel raises for both strength and endurance. If the calf fatigues quickly, the foot tends to collapse late in the day or late in a run, and that’s often when hip pain shows up.
Balance: Single-leg balance shows me how well the foot and hip work together to stabilize the body.
Shoe wear: Old shoes tell a story. Wear patterns show me where someone is loading their foot over thousands of steps.
A Pattern I See Often
One of the most common presentations is pain on the outside of the hip in someone who walks or runs regularly. When I watch them move, I frequently see the same chain: the arch collapses, the knee drifts inward, the opposite side of the pelvis drops, and the feet land close to or across the midline. That combination puts the tendons on the outside of the hip under constant stretch and load. Treating only the hip helps, but addressing how the foot accepts load, through strength work, mobility, footwear, and arch support when it’s appropriate, often makes the difference in getting the pain to stay gone.
The takeaway: hip pain doesn’t always start at the hip. The foot is one of the first places worth looking, and it’s one of the easiest to support.
When someone comes to me with hip pain and no clear injury behind it, I don't start at the hip. I look at how their foot is functioning first, whether the arch is holding its shape under load, how the foot moves through a step, and whether one side is compensating for the other. That assessment usually tells me more about where the hip pain is coming from than anything the hip itself can tell me on its own.
What Can Help
Addressing overpronation doesn't mean you need a diagnosis or a dramatic intervention. For a lot of people, it starts with giving the foot better support so it isn't collapsing as far with every step. A stable, well-fitted arch support changes how your foot handles that inward roll, which changes how much work travels up to your knee and hip.
This is also where I think a personalized fitting makes more sense than guessing off a shelf. Good Feet Arch Supports are built from semi-rigid polymers designed to hold their shape under body weight, and a specialist looks at your specific foot and how you move before recommending anything, which matters more with overpronation than with most foot issues, since the goal is controlling a specific movement pattern, not just adding cushioning. If shoe inserts for hip pain is something you're already looking into, that piece breaks down the options in more depth.
Support alone won't undo years of compensation, and hip pain that's severe, sudden, or paired with swelling or loss of motion deserves a proper evaluation rather than a shoe change. But for hip pain that's built up gradually from time on your feet, addressing the foot mechanics behind it is often where real relief starts.
Finding the Right Support for Your Feet
If hip pain has been showing up after runs, long days on your feet, or just regular activity, it's worth having your foot mechanics looked at before assuming the hip is where the problem started. Our hip pain resource covers the fuller picture of causes and relief options, and a personalized fitting with a Good Feet Arch Support Specialist evaluates how your feet are functioning and recommends arch support solutions built for your specific foot shape. With 300+ locations nationwide, most fittings can happen the same day. All Good Feet Arch Supports are backed by a 90-Day Customer Satisfaction Guarantee if your supports need any adjustment after the fact.
Questions About Hip Pain from Running and Overpronation
Can overpronation really cause hip pain?
Yes. When your foot rolls inward more than it should with each step, it changes how your lower leg, knee, and hip absorb force. Research on runners has found measurable increases in hip and knee joint loading connected to increased foot pronation, which supports what shows up clinically: foot mechanics that look unrelated to hip pain often turn out to be a meaningful part of it.
Is hip pain from running always about the hip itself?
Not always. Hip pain during or after running can come from the hip directly, but it can also be a downstream effect of how your foot is functioning, particularly if you're dealing with overpronation. A gait assessment is the most reliable way to tell the difference.
Do you have to be a runner to get hip pain from overpronation?
No. Overpronation affects the same kinetic chain whether you're running, walking, hiking, or just on your feet all day for work. The load per step is different, but the mechanical pattern connecting the foot to the hip is the same.
Can arch support help with hip pain from overpronation?
It can be part of the picture. A stable, well-fitted arch support changes how much your foot rolls inward with each step, which can reduce how much compensation travels up to the knee and hip. It's not a substitute for a proper evaluation, especially if the pain is severe or came on suddenly, but for gradual, activity-related hip pain, addressing the foot mechanics behind it is often a meaningful place to start.
How do I know if my hip pain is coming from my feet?
Signs worth paying attention to include hip pain that shows up mainly after time on your feet, wear patterns on the inside edge of your shoes, or a foot that visibly rolls inward when you stand. A hands-on gait assessment is the clearest way to confirm it, since it looks at how your foot, knee, and hip are moving together.
By Nicholas Rolnick, DPT, MS
View Nick's full profile
The information in this article is for general educational purposes only and is not intended as medical advice. Consult a licensed healthcare professional before making any changes to your foot health routine. If you have diabetes, neuropathy, circulatory disorders, foot ulcers, or have had recent foot surgery, please consult a licensed healthcare professional before using arch supports.