Podiatrist or Physiotherapist for Foot Pain? Who Treats What

Podiatrists are HCPC-registered specialists in the foot and lower limb. Their distinctive territory includes skin and nail conditions, diabetic foot care and vascular screening, gait and foot biomechanics in detail, custom foot orthoses, and minor surgical procedures such as nail surgery. Some podiatrists are also prescribers or perform foot surgery.

Physiotherapists are HCPC-registered specialists in movement and musculoskeletal function across the whole body. In the foot their territory is tendon and muscle loading, joint range and stiffness, strength and calf capacity, running and walking mechanics, and how the hip, knee and ankle above are contributing to what the foot is feeling.

For the commonest complaints, heel pain and midfoot ache and tendon problems, the two professions overlap heavily.

A survey of UK registered healthcare professionals managing plantar heel pain gives a useful picture of real practice. Among practitioners providing physical interventions, 88% used strengthening exercises, 85.5% used stretching and 65.2% used balance exercises. Prefabricated orthoses were used by 56.3% and custom orthoses by 24.2%.

The survey found the treatments used by podiatrists and physiotherapists were largely similar. Both professions regarded custom foot orthoses as a podiatry role, and more physiotherapists reported finding it difficult to address foot and ankle biomechanics as a contributing factor.

Two conclusions follow. First, exercise is the mainstay whoever you see. Second, if custom orthoses are genuinely indicated, that is podiatry territory.

This is framed as a competition more often than the evidence justifies. Systematic reviews of plantar heel pain consistently note the limitations of the evidence for both, and current UK trials such as TREADON are still working on the comparison and the combination.

A workable way to think about it:

• Orthoses change the load immediately, by altering how force is distributed under the foot. Useful for symptom relief and for feet with a structural reason for abnormal loading.
• Exercise changes the capacity to tolerate load, which takes weeks to months and addresses why the tissue became overloaded.
• A prefabricated insole is a reasonable first try in most cases, and it is inexpensive. Custom devices make more sense where a prefabricated one has helped but not enough, or where foot structure is genuinely unusual.

Our article on shockwave therapy for plantar fasciitis covers the option for heel pain that has failed both.

See a podiatrist for:

• Diabetes with any foot symptom, numbness or a wound. This is urgent territory.
• Skin and nail problems: ingrown nails, corns, callus, verrucae.
• Suspected circulation problems in the feet.
• Bunions, clawed toes and structural deformity, particularly where footwear is the issue.
• Custom orthoses, and any foot that clearly needs a detailed biomechanical assessment.

See a physiotherapist for:

• Achilles and other tendon pain, where progressive loading is the treatment.
• Foot pain that started with a change in running or walking volume.
• Pain after an ankle sprain or a foot fracture.
• Foot pain alongside knee, hip or back symptoms, where the chain above is involved.
• Getting back to a sport after the pain has settled.

Either is reasonable for plantar heel pain, midfoot ache and metatarsalgia. Our guide to foot pain and its common causes works through the diagnostic differences.

Footwear alters load at the source, immediately and for free, which puts it ahead of most things sold for foot pain.

• Heel pain often eases with a shoe that has some heel height and cushioning, and worsens with completely flat, unsupportive shoes at home. Slippers matter, because that is where a lot of standing happens.
• Forefoot pain responds to a wide toe box and a stiffer sole, which reduces how much the toe joints have to bend.
• A change of shoe is a change of training load. New running shoes with a different drop shift work between the calf and the front of the foot, so introduce them gradually.
• Worn-out shoes are a common trigger, and the wear is often invisible from the outside.

The South Downs Way finishes at Eastbourne, and the stretch of it within an easy drive of Uckfield produces a reliable seasonal pattern in clinic. Every spring and summer, people who walk comfortably enough on the flat take on a long day of chalk, flint and steep descents, and the feet that follow them into the clinic a fortnight later are heels, midfeet and Achilles tendons.

What that pattern shows is that most of these are load problems rather than structural ones. The foot did not change between March and June. The distance, the gradient and the surface all did, and the tissue that hurts is the tissue that was asked to do most in that shift. That has a practical consequence for the podiatry or physiotherapy question: where the foot itself is structurally unremarkable and the history is a change in load, building calf and foot capacity is what resolves it, while an insole changes how it feels in the meantime. Feet with genuine structural drivers, skin and nail problems, or any diabetic foot concern belong with a podiatrist.

If you are unsure which of those describes your foot, an assessment will sort it out in one appointment.

Do I need a referral to see a podiatrist or physiotherapist?
No for private appointments in either profession. NHS podiatry usually has referral criteria, with priority for diabetes and vascular risk.

Are custom orthoses worth the money?
Sometimes. A prefabricated insole is a sensible first test, and a custom device makes most sense where that helped partially or where foot structure is genuinely unusual.

Can I see both?
Yes, and for stubborn heel pain it is often the best combination: podiatry for the device, physiotherapy for the loading programme.

How long does plantar heel pain take to settle?
Months rather than weeks in most cases. Loading programmes typically need eight to twelve weeks before the change is clear.

Should I stop running?
Usually not entirely. Reducing volume and intensity while building capacity generally beats complete rest, which lets the tissue get weaker.