Evolutio Journal
Your foot is supposed to roll in. Stop paying people to stop it.
An entire industry exists to stop your foot pronating. We think it is solving the wrong problem, and we have thirteen years of runners in Richmond to explain why.
Pronation is not a fault to be corrected. It is how your foot, knee and hip share the load of every step. Block it and that force has to go somewhere else.
For most runners we want to allow pronation and build the strength to control it: the hip and glutes above, the small muscles of the foot below.
The exceptions matter. Bone stress injuries, shin splints and severe pain are situations where temporarily reducing load through support is sensible. Read those first if that is you.
- The difference
- Why pronation is good
- When support helps
- Strengthen instead
- How to choose
- Switching safely
- Questions
You know the routine. Treadmill, thirty seconds of jogging, someone films your ankles, and a verdict arrives: you overpronate. Then comes the wall of shoes with words like Guide, Structure and Control on them, and the quiet implication that your feet are broken and this box will fix them.
Your feet are not broken. They are doing exactly what feet do.
This article is about why the whole premise is off, when it genuinely is not, and what to do instead.
What the two types actually are
Neutral shoes have uniform cushioning with no additional support built into the arch side. Your foot moves through pronation and supination without the shoe interfering.
Stability shoes use firmer foam, a plastic shank, or a wider base on the inside edge to slow the rate and extent that your foot rolls inward. Older models used a visibly harder wedge of foam, called a medial post. Newer ones tend to use subtler guide rails that only engage if your foot moves past a certain point.
Motion control shoes are the most supportive category, generally reserved for heavier runners or significant flat foot. You see fewer of them now.
Even cushioning, no added support
Firmer foam or guide rails on the inside edge
Foot moves through its full natural range
Slows how far the foot rolls inward
Suits most runners, including many who pronate
Suits runners who simply find them more comfortable
Usually lighter
Usually slightly heavier
Pronation is the shock absorber, not the fault
Here is what the shoe wall has backwards.
Every stride, your foot catches two to three times your body weight in about a fifth of a second. Pronation is how it survives that. The arch drops, the foot unlocks, and the impact gets spread over time rather than arriving as one spike. Your knee and hip get a moment to take their share.
It is a suspension system. It is meant to move.
Now wedge it shut. A firm medial post keeps the foot rigid through impact, and the force has nowhere to go but up. It does not vanish. Force never vanishes. It just arrives at your knee and hip faster, and they have had less warning.
You have not removed the load. You have forwarded it.
Which is why, in thirteen years of treating runners, the problem has almost never been that someone pronates. It is that nobody ever built them the strength to control it.
Stopping pronation does not remove the force. It just sends it somewhere less well equipped to deal with it.
The research has been drifting this way for a while. Studies have repeatedly failed to show that matching a shoe to foot posture reduces injury, and runners who simply choose on comfort tend to get injured less than those fitted by a prescriptive rule. Foot posture on its own is a poor predictor of who gets hurt.
We should be straight with you that this is not unanimous. At least one large randomised trial found motion control shoes were associated with fewer injuries in pronating runners, and that result deserves respect rather than dismissal. Our reading is that the study says something about managing load in the short term, not about pronation being harmful. But it is a live debate, and anyone telling you it is settled in either direction is overstating it.
Where we would happily be wrong
Strong opinions are cheap without the exceptions attached. Here are ours, and they are not edge cases.
Bone stress injuries. A stress reaction in the tibia, navicular or a metatarsal changes everything. Bone needs load off it today, not a twelve-week strengthening plan. Support it, and usually stop running for a while. This is emphatically not the moment for a barefoot experiment.
Medial tibial stress syndrome, or shin splints. In an acute flare, reducing how much the foot moves can settle symptoms enough to let you keep training while you sort out the actual cause. We treat that as a temporary measure with a plan to come off it, not a permanent prescription.
Severe pain. Nobody limping into the clinic wants a lecture on force distribution. Get comfortable first. The principles can wait a fortnight.
Established structural change. Rigid deformity, significant arthritic change or post-surgical feet sometimes need support because the movement genuinely is not available.
Someone who is running happily. If you have run in stability shoes for a decade without trouble, we are not going to tell you to change. The evidence for switching a comfortable, uninjured runner is thin, and the risk of doing it badly is real.
Notice the common thread. Every one is a reason to take load off an angry structure for a while. Not one is a reason to call pronation a disease.
Build the suspension instead of welding it shut
If you want a foot that can pronate and handle it, you work both ends of the chain. The hip above. The foot below. Almost every runner we see has trained neither.
Above: hips and glutes
When your foot pronates, your shin rotates inward and your thigh follows. Whether that becomes a problem depends almost entirely on whether your hip can control it. A weak gluteus medius means the knee falls inward on every stride, and that is the pattern behind a great deal of runner's knee and outer hip pain we see.
Loaded single-leg work. Split squats, step-downs and single-leg deadlifts, with weight that actually challenges you. Bodyweight is a starting point, not a programme.
Hip thrusts and bridges. Progressed with real load over time for the gluteus maximus.
Banded walks and side steps. Useful for the gluteus medius, provided you feel it in the buttock rather than at the front of the hip.
We spent thirty years splinting the symptom and calling it treatment.
Below: the small muscles of the foot
This is the part nobody does. Your foot has its own layer of small muscles whose entire job is controlling the arch as it drops. Spend twenty years in supportive shoes and they have barely been asked to clock on, because the shoe was doing their shift.
Short foot exercise. Barefoot, draw the ball of your foot toward your heel to raise the arch without curling your toes. Hold ten seconds. It is harder than it sounds and it is the foundation of the rest.
Toe yoga. Big toe up with the others down, then reverse. Poor at first for most people, which is rather the point.
Heel raises with a tennis ball squeezed between the heels. Loads the calf while asking the foot to hold its shape.
Barefoot time. Walking around the house without shoes, progressing to easy barefoot strides on grass at Fawkner Park or Yarra Park. Build this slowly. A foot that has been supported for twenty years does not adapt in a fortnight.
Emerging research on foot core strengthening in runners is encouraging, though the evidence base is younger than the hip work. We prescribe both because the foot and the hip are the two ends of the same chain.
How long: eight to twelve weeks before it changes how you run, and the foot lags behind the hip. It is slower and duller than buying a shoe, which is precisely why most people buy the shoe.
Pain that started when you changed shoes, or that is not settling? A running assessment in Richmond will tell you whether it is the shoe, your training load, or something else entirely.
Book an assessmentSo what should you actually buy?
In order of how much they matter.
1. Comfort, first and last. Run in them, not just stand. Most Melbourne running shops will let you take a few laps outside or use a treadmill. If something feels off in the shop, it will feel worse at kilometre fifteen.
2. What you already run in. If you have been running comfortably and injury-free in stability shoes, there is no reason to change. Continuity is underrated.
3. Fit. A thumb's width at the end, no slipping at the heel, no pressure across the widest part of your foot. Shop late in the day when your feet have swollen slightly. Poor fit causes more problems than the wrong category ever will.
4. What you are training for. Higher weekly volume generally means more cushioning. Trail running means outsole grip and underfoot protection matter more than the stability question.
5. Rotate if you can. Two different pairs alternated across the week is associated with lower injury rates than a single pair. Varying how your foot is loaded seems to help.
What to ignore: the in-store treadmill scan that ends in a shoe recommendation. It is a sales tool wearing a lab coat. Thirty seconds of footage cannot predict what your leg does at kilometre twenty, and the categories are far too blunt for that kind of prescription.
If you want to switch
Changing from stability to neutral, or the reverse, is fine. Doing it quickly is where people run into trouble.
Your calf, Achilles and the small muscles of your foot will be working differently. Those tissues adapt slowly, and the most common injury we see after a shoe change is Achilles tendinopathy from doing too much too soon.
A reasonable approach: keep your old shoes and use the new ones for one or two short, easy runs a week. Build over four to six weeks until they are your main pair. Keep your weekly distance the same while you do it, so the shoe is the only thing changing. Expect some calf soreness moving toward less support, and back off if it is sharp rather than achy.
Strengthening your calves and feet alongside the change makes it go far better than the change alone.
Running in Melbourne, specifically
Where you run matters as much as what you run in.
The Tan and the Yarra trail are cambered. Running the same loop in the same direction repeatedly loads one leg differently, which produces the one-sided pain we see constantly at our Richmond clinic. Alternate your direction. It costs nothing and it helps.
Surface variety helps. Melbourne gives you concrete footpaths, the crushed gravel along the Yarra, grass at Fawkner Park and Yarra Park, and sand at the bay beaches. Mixing them spreads load in a way one surface does not.
Winter changes things. Wet bluestone and painted road markings around the inner north and east get genuinely slippery. Outsole grip is worth more to you between June and August than any stability feature.
Melbourne Marathon build-ups are the busiest period in our running clinic, and it is almost always training volume rather than footwear behind the injuries. Buy new shoes early in a build-up, not in the taper.
It is usually not the shoes
Here is the uncomfortable bit for an industry built on footwear. If you are hurt, the shoe is near the bottom of the list. In rough order of likelihood:
Training load. Too much, too soon, too often. This is the cause in the clear majority of running injuries we see, and it is the factor with the strongest evidence behind it.
Strength. Calf and hip strength determine how much load your legs can tolerate. No shoe compensates for a calf that cannot handle your weekly distance.
Recovery. Sleep, fuelling and easy days between hard ones.
An actual injury that needs assessment rather than a purchase. Our running injury guide covers the common ones.
Getting assessed in Melbourne
You do not need a GP referral to see a physiotherapist in Australia, because it is a primary contact profession. Initial assessments around Melbourne generally run $120 to $220, and with private health extras you claim on the spot through HICAPS and pay a gap of roughly $50 to $90. Our fees are published here.
A running assessment looks at how you actually move, your training history, and your strength, then works out what is driving the problem. Sometimes footwear is part of it. More often it is load.
We are on Bromham Place in Richmond, a short walk from Richmond Station and close to the Yarra trail, Fawkner Park and the Tan. Our partner practice HomeRun works with runners exclusively from the same building.
Still not sure whether it is your shoes, your training load, or something else? That is exactly what a running assessment is for.
Book a running assessmentCommon questions
What is the difference between stability and neutral running shoes?
Neutral shoes have even cushioning and no added support, letting your foot move freely. Stability shoes have firmer material or guide rails along the inside edge to slow how far your foot rolls inward. Neither is inherently better.
Do I need stability shoes if I overpronate?
Almost certainly not. Pronation is how your foot absorbs load, not a fault to correct, and research has not shown that matching shoes to foot posture prevents injury. The exceptions are bone stress injuries, an acute shin splint flare, or severe pain, where reducing load temporarily is sensible. Otherwise we would rather build the strength to control it.
Is pronation actually bad for you?
No. Pronation is how your foot absorbs the two to three times body weight that lands on it each step. It spreads that force over time and gives your knee and hip a chance to contribute. A foot that does not pronate is a poor shock absorber. The issue is rarely that someone pronates, it is that they lack the strength to control it.
Should I try to stop overpronating?
We would not aim for that. Blocking pronation does not remove the force, it moves it further up the leg to structures with less time to prepare. Building hip and foot strength so you can control the movement is a better target than trying to prevent it. The exception is an acute bone stress injury or shin splint flare, where reducing load short term is appropriate.
What exercises help if I pronate a lot?
Two ends of the chain. Above: loaded single-leg work, hip thrusts and banded walks for the glutes. Below: the short foot exercise, toe yoga and progressive barefoot time for the small muscles of the foot. Expect eight to twelve weeks before it changes how you run.
Can stability shoes cause knee pain?
There is no good evidence that stability shoes cause knee pain in people who find them comfortable. Pain that appears after a shoe change is usually your body adapting to a different load pattern. If it lasts beyond a few weeks, get it assessed.
Can stability shoes cause shin splints?
Shin splints are far more commonly caused by increases in training volume, running surface changes or insufficient calf strength. A sudden change in footwear can contribute, but the shoe category on its own rarely is the cause.
Are stability shoes bad for your feet?
Not bad, but they do the work your foot could be doing. If a shoe controls your arch for twenty years, the small muscles that should control it rarely get asked. We would rather train those muscles than outsource the job permanently. That said, switching too quickly causes more problems than staying put, so do it over four to six weeks.
How do I know which running shoe I need?
Comfort is the most reliable guide. Run in them before buying, check the fit properly, and consider what you have been running in successfully. A treadmill gait scan in a shop is a sales tool rather than a clinical assessment.
How long does it take to switch between shoe types?
Four to six weeks. Use the new shoes for one or two short easy runs a week and build gradually, keeping your weekly distance the same. Rushing this is the most common cause of Achilles and calf problems after a shoe change.
Do I need a referral to see a physio in Melbourne?
No. Physiotherapy is a primary contact profession in Australia, so you can book directly. You only need a GP referral for a Medicare rebate under a Chronic Disease Management plan, or for WorkSafe, TAC and DVA claims.
If something hurts when you run, a new pair of shoes is rarely the answer. We assess runners at our Richmond clinic, a short walk from Richmond Station and easy to reach from Cremorne, Abbotsford, Collingwood, South Yarra and the CBD. First appointments are 45 minutes, with a written plan sent within two days.
Alex Drew is the founder and director of Evolutio Sports Physio in Richmond, Melbourne, and has been treating patients since 2013. General information only, not a substitute for individual assessment. Related: running physiotherapy, foot and ankle pain, knee pain, and our running injury rehabilitation guide.
