hEDS and Your Feet: Where the Problem Often Starts

👣 Nobody looks at the feet

You get referred for the shoulder. The knees get discussed. Somebody mentions your hips. And the two joints carrying your entire body weight, all day, on the smallest surface area — those get looked at last, if at all.

Feet have 26 bones and over 30 joints each. In a body where connective tissue provides less passive support, that's a lot of places for things to go slightly wrong. And because everything above them has to compensate, foot problems in hEDS rarely stay in the feet.

🏛️ The arch is a structure, not a shape

Your foot arch isn't a fixed curve. It's a bridge held together by ligaments, with muscles fine-tuning it as you move. It flattens deliberately when you land — to absorb shock — and then stiffens again to push off.

Where ligaments are more lax, that bridge can flatten further than intended and take longer to recover its shape. This is why so many people with hEDS describe arches that look normal first thing in the morning and are noticeably flatter by evening. It's not that the foot is fixed flat; it's that it collapses progressively under load.

The knock-on is mechanical and completely predictable. A foot that rolls inward turns the shin, which turns the knee, which changes how the hip sits. That's why a flare that shows up in your knees can genuinely start below the ankle.

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🔁 Why ankles roll on flat ground

Most people sprain an ankle by stepping on something. Plenty of people with hEDS do it walking across a kitchen.

Two things combine. Ligaments that allow more movement than they should, and reduced proprioception — your body's sense of where the joint actually is. Your ankle is constantly making tiny corrections you never notice. When the feedback is less precise and the ligament allows more range, a correction arrives slightly too late.

Repeated rolling also stretches those ligaments further, which makes the next one more likely. That cycle is the thing worth interrupting, and it's interrupted through strength and balance work rather than through avoiding movement.

👟 Shoes: what actually matters

Shoe advice online tends to be either useless or someone's affiliate link. The principles that come up consistently in hypermobility guidance:

• A stiff heel counter. Squeeze the back of the shoe — if it collapses easily between your fingers, it isn't supporting your heel either.

• It should not twist. Hold the shoe at both ends and try to wring it. A little give is fine; folding in half is not.

• Laces or straps, not slip-ons. A foot that slides inside a shoe is a foot doing extra stabilising work with every step.

• Check the wear pattern on your current pair. Uneven wear on the same edge tells you which way your foot is loading — and it's useful information to bring to a podiatrist.

The barefoot-versus-supportive argument is genuinely unsettled, and the honest answer is that it depends on the individual foot. Minimalist shoes suit some people with hypermobility and cause problems for others.

🦶 Orthotics: worth it, with a caveat

Off-the-shelf insoles are made for an average arch under average load. If your arch collapses progressively, an insole that supports a static shape may do very little.

Custom orthotics from a podiatrist who understands hypermobility are a different proposition, and are commonly recommended in that setting. What matters is that they're prescribed for how your foot behaves under load, not just how it looks standing still.

⚠️ Worth knowing before you spend: rigid orthotics can take weeks to adjust to and sometimes cause pain elsewhere while your body adapts. That's expected, but it should be supervised — and it's the same principle covered in choosing braces and supports: external support helps, but it shouldn't replace building strength.

💪 What actually builds stability

Foot and ankle work is one of the more achievable areas of hypermobility strengthening, because you can do most of it sitting down and it costs nothing.

The categories a physiotherapist will typically work through: the small intrinsic muscles inside the foot, calf strength for ankle control, and balance training to rebuild proprioception. Progression matters more than intensity — this is slow work, and doing too much too early tends to set people back.

Get the programme from someone who knows hypermobility. Generic ankle rehab often emphasises stretching, which is rarely what a hypermobile ankle needs. Our guide to finding an hEDS-literate physical therapist applies here.

❓ Frequently asked questions

📚 Sources & further reading

The information in this article is drawn from the following sources. We encourage you to explore them.

• The Ehlers-Danlos Society — Foot and Ankle Involvement in the Ehlers-Danlos Syndromes

• Ehlers-Danlos Support UK — Living With EDS: Feet and Footwear

✍️ Written with care by Emma at SpoonieToolkitStudio.