Bunion Surgery Recovery: What Actually Happens, Week by Week

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Patient Guide · Foot & Ankle Surgeon · London & North London

Bunion Surgery Recovery: What Actually Happens, Week by Week

An evidence-based patient guide to bunion (hallux valgus) surgery and recovery, written by Mr Matthew Welck, Consultant Orthopaedic Foot & Ankle Surgeon at the Royal National Orthopaedic Hospital (RNOH), Stanmore.

Written by Mr Matthew Welck, Consultant Orthopaedic Foot & Ankle Surgeon · Last reviewed 28 July 2026

Contents

In short
First, what is actually being corrected
The operations you may be offered
Does keyhole surgery mean a faster recovery?
Week by week
The thing everyone underestimates: swelling
Will the bunion come back?
What else can go wrong
Getting the best out of your recovery
Frequently asked questions

In short

Most people walk immediately. In a protective shoe or sandal, usually starting on day one. This surprises patients who have been told they will be off their feet for weeks.

The honest headline figure is six months, not six weeks. You will be back in normal shoes at around 6 to 10 weeks, and back at a desk job much sooner, but swelling, stiffness and the final shape of the foot take far longer to settle.

Keyhole surgery does not reliably mean faster recovery. A meta-analysis of randomised and prospective trials found no clinically important difference between minimally invasive and open bunion surgery in pain, function, correction or complications. Recovery speed is the main claim made for it, and it is the claim the evidence supports least well.

Recurrence is common and under-discussed. Pooled data put recurrence at around 25%, and long-term studies with five years or more of follow-up report much higher rates of the angle drifting back — though most of that is measurable on X-ray rather than troublesome to the patient.

Rotation matters. A bunion is a three-dimensional deformity, and there is growing evidence that correcting the rotation of the first metatarsal — not just the sideways angle — is linked to lower recurrence and better function.

First, what is actually being corrected

A bunion is not a growth of extra bone on the side of the foot. It is a change in position of the whole first ray: the big toe drifts outwards, the first metatarsal drifts inwards, and — the part that is often missed — the metatarsal rotates.

Standing CT studies comparing feet with and without bunions show that this rotation is substantial, and that it largely comes from twist within the metatarsal bone itself rather than from the joint at its base. That is one of the reasons a bunion that looks like a simple bump on the outside is a more three-dimensional problem than it appears, and why what happens in surgery is more involved than “shaving the bump off”.

The operations you may be offered

The names vary, but they fall into a few groups:

Distal osteotomy (chevron and variants) — the bone is cut near the head of the metatarsal and shifted across. Suited to milder deformity.
Shaft osteotomy (scarf) — a longer cut along the shaft, allowing more correction and some rotational adjustment.
First tarsometatarsal fusion (Lapidus) — the joint at the base of the metatarsal is fused. Used for larger deformity, instability or where rotational correction is a priority.
Minimally invasive (percutaneous) surgery — the same bone cuts made through small stab incisions using a burr, guided by X-ray, and held with screws.
Akin osteotomy — a small wedge taken from the toe bone itself, frequently added to any of the above.

Which one suits you depends on the size of the deformity, the rotation, the flexibility of the joints and whether there is arthritis. It is not a matter of one technique being universally better.

Does keyhole surgery mean a faster recovery?

This is where the marketing and the evidence part company, so it is worth being direct.

A systematic review and meta-analysis of seven randomised and prospective controlled studies covering 395 feet compared minimally invasive with open correction. It found no clinically important difference in function scores, no difference in pain scores, no difference in the correction achieved on X-ray, no difference in complications, and no significant difference in operating time. The authors concluded they could not recommend the minimally invasive approach over traditional surgery on the basis of the evidence available, and noted the learning curve involved.

An earlier meta-analysis of nine comparative studies reached a similar conclusion on correction, and actually found better function scores after open surgery.

None of this means minimally invasive surgery is a bad operation. In experienced hands it is a good option, the scars are smaller, and soft-tissue disruption is genuinely less. But if it is being offered to you specifically on the promise of a much quicker recovery, that promise is not well supported. The recovery timeline below applies broadly to both.

Week by week

When	What is usually happening
Days 0–3	Home the same day. Foot elevated above hip height most of the day. Walking short distances in a post-operative shoe or boot, weight through the heel. Discomfort is usually most noticeable in the first 48 hours.
Week 2	Dressing change and wound check. Bruising spreads down the foot — expected, not a complication. Elevation is still the main job. Desk work from home possible for some.
Week 2–6	Still in the post-operative shoe. Gentle toe movement exercises usually begin. Back to a desk job around 2–4 weeks if you can elevate. No driving yet if it is the right foot.
Week 6–10	X-ray to confirm the bone is healing. Transition into a wide, soft trainer. This is the point most people describe as feeling like a turning point. Driving usually possible from around 6–8 weeks for a right foot, once you can brake without hesitation.
3–4 months	Walking normally on the flat. Standing work and most gym activity resume. The foot still swells by the end of the day.
4–6 months	Return to running and impact sport, if the bone has healed and strength allows. Shoe choice broadens.
6–12 months	Swelling finally settles. The scar fades and softens. This is when the foot starts to feel like your own again, and when the true final result is visible.

These are typical ranges. A Lapidus fusion generally sits at the slower end of every row; a small distal osteotomy at the faster end. Your own protocol will be set by your surgeon.

The thing everyone underestimates: swelling

If patients complain about one thing at four months, it is swelling. The forefoot is the furthest point from the heart, the surgery disturbs a lot of small soft-tissue structures, and lymphatic drainage takes many months to normalise.

Practical points that genuinely help:

Elevate above hip height, properly and often, for the first two weeks — this is the single most effective thing you can do.
Expect the foot to be larger at the end of the day than at the start, for months.
Buy shoes late in the day, and do not judge your shoe size until at least six months.
Ice and compression as advised, and keep walking little and often rather than in long bursts.

Swelling that is worsening rather than fluctuating, with increasing redness, heat or pain, is different — that should be reviewed promptly.

Will the bunion come back?

This is the question patients ask least often before surgery and most often afterwards, which is the wrong way round.

A meta-analysis of 23 studies covering 2,914 patients put the pooled recurrence rate at around 25%. Longer-term data is less comfortable still: pooling studies of distal osteotomies with at least five years of follow-up found that 64% had a hallux valgus angle back above 15 degrees, though only 5% were above 25 degrees. For scarf osteotomies followed for 8 to 14 years, around 40% were back above 15 degrees, and 2% above 25 degrees.

Those numbers need careful reading. Most of that “recurrence” is radiographic drift, not a return of the original problem. An angle creeping back above 15 degrees on an X-ray is frequently invisible and painless to the person walking around on it. The proportion of patients who end up back where they started, or who want further surgery, is far smaller. But the figures do puncture the idea that bunion correction is permanent, and you deserve to know that before consenting rather than after.

What is associated with recurrence

The same meta-analysis identified the factors most strongly linked to it: the angle achieved at the end of the operation, and the position of the sesamoid bones beneath the joint. A larger deformity to begin with also raises the risk.

The sesamoid finding points at rotation. Those two small bones sit in a groove under the metatarsal head; if the metatarsal is still rotated at the end of the operation, they never sit properly back in that groove — and the deformity has somewhere to drift back to.

This is now being tested directly. In a study of patients having a Lapidus fusion, assessed with weight-bearing CT before and after surgery, those whose first metatarsal pronation was reduced had significantly better physical function scores at two years and a markedly lower recurrence rate than those whose rotation was unchanged or worse.

It is a small, retrospective study, and it should not be oversold. But it is consistent with the sesamoid data, and it is the reason three-dimensional assessment before bunion surgery is becoming more common in specialist practice rather than remaining a research curiosity.

What else can go wrong

Bunion surgery is generally successful, but no one should consent without knowing the list:

Ongoing swelling and stiffness in the big toe joint — common, usually improving over a year.
Numbness along the inner border of the toe, from stretching of a small nerve; often temporary.
Transfer metatarsalgia — pain under the neighbouring toes as load redistributes.
Delayed or failed bone healing, more relevant after fusion procedures and considerably more likely in smokers.
Overcorrection, where the toe drifts the other way.
Infection and wound problems, uncommon but not rare.
Persistent pain without a clear cause, in a small minority.

Getting the best out of your recovery

Stop smoking. Bone healing is the part of this operation most affected by it, particularly after fusion.
Elevate properly in the first fortnight. Not on a footstool — above hip height.
Do the toe movement exercises. Stiffness that sets in early is much harder to reverse later.
Plan the logistics. Arrange the two weeks off, the lift home, the shoes and the help with stairs before the day, not after.
Be patient about the cosmetic result. The foot at three months does not look like the foot at twelve months.

Frequently asked questions

Can I walk straight after bunion surgery?

In most cases yes, in a post-operative shoe or boot, taking weight through the heel from day one. Some fusion procedures require a period of protected or reduced weight-bearing, so confirm your own protocol.

When can I drive after bunion surgery?

Commonly around 6 to 8 weeks for a right foot, sometimes sooner for a left foot in an automatic. The test is whether you can brake in an emergency without hesitation, not the date on the calendar. Tell your insurer.

How long will I be off work?

Roughly 2 to 4 weeks for desk work with the ability to elevate, and 3 to 4 months for work that is on your feet all day.

When can I wear normal shoes again?

Wide, soft trainers at around 6 to 10 weeks. Narrower or smarter shoes typically 4 to 6 months. Very high heels and pointed shoes are best regarded as an occasional item afterwards rather than a daily one.

Is minimally invasive bunion surgery better?

Current comparative evidence does not show a clinically important advantage over open surgery in pain, function, correction or complications. It is a legitimate option in experienced hands, but not a clearly superior one, and the promise of a much faster recovery is not well supported.

How likely is my bunion to come back?

Around a quarter of patients meet the definition of recurrence in pooled data, and radiographic drift over five or more years is more common still — although most of that is not noticeable to the patient. The angle achieved at surgery and the position of the sesamoid bones are the strongest predictors.

Should I have both feet done at once?

It can be done, and some patients prefer to get it over with. The trade-off is a much harder recovery period, since you cannot offload one side. For most people, one at a time is easier.

Do bunion correctors, splints or spacers work?

They can ease symptoms and are worth trying, but no non-surgical device has been shown to correct the underlying bony deformity in adults.

Is surgery worth it if my bunion does not hurt?

Bunion surgery is done for pain and function, not appearance. A painless bunion is generally best left alone.

Next step

Speak to a specialist

If you are considering bunion surgery, the most useful conversation is not about which technique has the smallest scar — it is about the shape of your particular deformity, including its rotation, and what that means for the correction and the chance of it lasting.

Mr Matthew Welck is a Consultant Orthopaedic Foot & Ankle Surgeon at the Royal National Orthopaedic Hospital, Stanmore, and Honorary Associate Clinical Professor at UCL. His research interests include hallux valgus and weight-bearing CT assessment of three-dimensional foot deformity, and he runs clinics across North and Central London.

Book a consultation

Call 07547 395 270 or email secretary@matthewwelck.com. Urgent same-day appointments are offered where possible.

References

Ezzatvar Y, López-Bueno L, Fuentes-Aparicio L, Dueñas L. Prevalence and Predisposing Factors for Recurrence after Hallux Valgus Surgery: A Systematic Review and Meta-Analysis. J Clin Med. 2021;10(24):5753. doi:10.3390/jcm10245753
Alimy AR, Polzer H, Ocokoljic A, et al. Does Minimally Invasive Surgery Provide Better Clinical or Radiographic Outcomes Than Open Surgery in the Treatment of Hallux Valgus Deformity? A Systematic Review and Meta-analysis. Clin Orthop Relat Res. 2023;481(6):1143–1155. doi:10.1097/CORR.0000000000002471
Lalevée M, de Cesar Netto C, Boublil D, Coillard JY. Recurrence Rates With Longer-Term Follow-up After Hallux Valgus Surgical Treatment With Distal Metatarsal Osteotomies: A Systematic Review and Meta-analysis. Foot Ankle Int. 2023;44(3):210–222. doi:10.1177/10711007231152487
Lalevée M, Saffarini M, van Rooij F, et al. Recurrence rates with long-term follow-up after hallux valgus surgical treatment using shaft metatarsal osteotomies: a systematic review and meta-analysis. EFORT Open Rev. 2024;9(10):933–940. doi:10.1530/EOR-23-0093
Conti MS, Patel TJ, Zhu J, et al. Association of First Metatarsal Pronation Correction With Patient-Reported Outcomes and Recurrence Rates in Hallux Valgus. Foot Ankle Int. 2022;43(3):309–320. doi:10.1177/10711007211046938
Randich JR, John KJ, Gomez K, Bush W. Frontal Plane Rotation of the First Ray in Hallux Valgus using Standing Computerized Tomography (CT). J Foot Ankle Surg. 2021;60(3):489–493. doi:10.1053/j.jfas.2020.05.022
Singh MS, Khurana A, Kapoor D, et al. Minimally invasive vs open distal metatarsal osteotomy for hallux valgus — A systematic review and meta-analysis. J Clin Orthop Trauma. 2020;11(3):348–356. doi:10.1016/j.jcot.2020.04.016

Trial and meta-analysis data above retrieved via PubMed.

This article is general information and does not replace individual medical advice.

Written by: Matthew Welck | Consultant Orthopaedic Foot & Ankle Surgeon London — last updated 31 July 2026