Specialist abdominal wall reconstruction · UK
Recurrent incisional hernia repair, by a specialist AWR surgeon.
A hernia that has failed a previous repair is a different operation. Rives–Stoppa, eTEP or TAR — planned from a Valsalva CT, in a BHS/EHS-registered unit that does this every week, not once a quarter.
Why patients choose us
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Specialist abdominal wall reconstruction
Recurrent incisional hernia is not general surgery. We route you to a BHS/EHS-registered hernia specialist who does Rives–Stoppa, eTEP and TAR every week — not once a quarter.
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Planned properly, not just booked
Pre-op CT with Valsalva, VHWG grading, and honest talk about weight, smoking and diabetes before theatre. Botox or PPP if you have lost domain. The prep is the operation.
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Independent, and free
We are paid by no clinic, so the recommendation — surgeon, unit, mesh, technique — is impartial and costs you nothing.
Indicative pricing
What specialist recurrent incisional hernia repair costs in the UK.
Indicative ranges across our specialist hernia network. Send the CT and prior op notes and we quote firm figures across two or three units.
In short
A Rives–Stoppa in a specialist UK unit: £13,000–£18,000, home in 3–5 days.
| Procedure | Indicative range | Typical duration | Recovery |
|---|---|---|---|
| Small redo (defect <4 cm, primary suture ± small mesh) | £10,000–£14,000 | 1–2 h theatre | 1–3 day stay |
| Rives–Stoppa retro-rectus repair (medium defect) | £13,000–£18,000 | 2–4 h theatre | 3–5 day stay |
| eTEP (endoscopic/robotic retro-rectus) | £15,000–£22,000 | 3–5 h theatre | 2–4 day stay |
| Open TAR (transversus abdominis release) | £18,000–£25,000 | 4–6 h theatre | 5–8 day stay + HDU |
| Complex AWR with biological mesh / contaminated field | £22,000–£30,000+ | 5–8 h theatre | 7–10 day stay + HDU |
| Pre-op botox to lateral abdominal wall | £1,200–£2,000 | 30 min OP | 4 weeks before surgery |
| Specialist consultation + CT review | £350–£600 | 45 min | Report within a week |
Prices vary by unit, by surgeon, by mesh type (synthetic vs biological — biological adds £2–5k per sheet), by whether TAR or component separation is needed, and by HDU length of stay. We come back with a firm quote within one working day of receiving your CT.
The problem
The right unit, the right technique, the right preparation.
A recurrent incisional hernia is quietly one of the most under-planned operations in general surgery — wrong surgeon, wrong technique, and no pre-op optimisation. We fix all three before you commit.
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Not sure it needs redoing?
A CT with Valsalva often shows a bulge is not a true recurrence — or is small enough to watch. We say so before you agree to another operation.
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Worried about the size?
Large defects and loss of domain are managed with botox or PPP before theatre — planned, not improvised.
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Want it done properly?
A specialist AWR surgeon in a BHS/EHS unit, planned from CT, with HDU cover and dedicated anaesthesia — not a general list.
The journey
From enquiry to recovery — what happens, in order.
One clinician from first message through pre-op optimisation to long-term review.
Phase 1 · Before your operation
Concierge, off-stage for you
Phase 2 · Admission and theatre
A few days in a specialist unit
Phase 3 · After
Concierge, back on
- 01
Before
You tell us the history
A short, confidential form. How many previous repairs, which techniques, any mesh infection, current bulge, symptoms and imaging you already hold.
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Before
We come back with a plan
Within one working day: which specialist hernia unit, likely technique (Rives–Stoppa, eTEP, TAR), whether pre-op optimisation is needed, and an indicative price.
- 03
Before
CT abdomen with Valsalva
Defect width, contents, lateral muscle atrophy, loss of domain. This is what turns a guess into a plan — and decides whether you need botox or PPP before theatre.
- 04
Before
Pre-op optimisation
Weight to BMI under 35, smoking stopped ≥6 weeks, HbA1c under 65, chest optimised. Two to six months of prep is normal for major AWR — and it halves your complications.
- 05
Theatre
Admission and theatre
GA plus thoracic epidural for major AWR. Three to eight hours in theatre. Drains and an abdominal binder are placed before you wake.
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Theatre
HDU or ward, day 0–2
HDU for 24–48 hours after large TAR or bilateral component separation; ward for smaller retro-rectus repairs. Mobilise day one with the binder.
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After
Recovery and long-term review
Home 3–10 days. Binder six weeks, no heavy lifting 8–12 weeks. Reviewed at 6 weeks, 6 months and one year — recurrence is a five-year question, not a six-week one.
Typical end-to-end: 2–6 months of pre-op optimisation, then theatre. Full recovery: 12 weeks.
When it helps
When specialist recurrent hernia repair is the right step.
The situations we see most, plus the one red flag that means an emergency rather than an appointment.
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Bulge after previous incisional repair
A visible or palpable bulge along or near a previous surgical scar — the commonest presentation of recurrence.
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Failed primary suture repair
Non-mesh repairs recur in 40–60% of cases. If yours has failed, mesh-based reconstruction is almost always the next step.
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Failed mesh repair (onlay, IPOM, sublay)
Mesh repairs recur in 10–25%. Recurrence pattern on CT tells the specialist where and why — and which technique fixes it.
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Large defect >10 cm width
Big defects rarely close by simple mesh alone. Component separation (TAR) is often needed to bring the midline together.
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Loss of abdominal domain
When more than half the viscera sit outside the abdominal cavity, botox or progressive pneumoperitoneum is planned before surgery.
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Previous mesh infection
A chronic sinus, discharging wound or fistula from old mesh needs staged explant and later re-repair — usually with biological mesh.
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Pain, obstruction or skin change over the hernia
Pain, episodes of obstruction, or thin, tethered skin over the bulge push a planned repair from optional to urgent.
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Red flag: strangulation
A tender, irreducible bulge with vomiting, fever or a distended abdomen is an emergency — same-day A&E, not a clinic booking.
Technique options
One diagnosis, several very different operations.
What each option on the table actually involves — and which fits which defect, in plain English.
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Simple redo (small defect)
Primary suture, sometimes with a small onlay or underlay mesh. Only for defects under 4 cm where the previous technique itself has not failed.
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Rives–Stoppa retro-rectus
The gold-standard for medium defects. Mesh sits behind the rectus muscle, in front of the peritoneum — safer than intra-peritoneal mesh in a redo abdomen.
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eTEP endoscopic/robotic retro-rectus
Same retro-rectus plane as Rives–Stoppa, reached through keyhole ports. Increasingly used in UK specialist units for medium defects.
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Open TAR (Novitsky)
Transversus abdominis release — a posterior component separation. Allows large midline defects to close without skin-flap dissection.
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Robotic TAR
The same TAR technique performed robotically. Less wound morbidity, longer theatre time, offered by a small number of UK units.
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Anterior component separation (Ramirez)
Older technique — releases external oblique through subcutaneous flaps. Higher wound and skin-flap morbidity than TAR, now used selectively.
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Biological mesh reconstruction
Strattice, Permacol or Alloderm for contaminated, infected or high-risk fields. Higher cost, slower incorporation — lower infection than synthetic.
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Staged explant of infected mesh
Remove infected mesh first, control sepsis, re-repair 6–12 months later — often with biological mesh. See our infected-mesh page for detail.
Our vetted UK network
A small panel of specialist hernia units, we picked them.
Specialist AWR surgeons in registered UK hernia units. Not listed publicly — introductions are made privately, once we have your CT and prior op notes.
Selection criteria
How we choose every hernia unit in our network.
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Specialist hernia surgeons registered with the British and European Hernia Societies (BHS/EHS)
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Units doing Rives–Stoppa, eTEP and TAR as routine — not occasional cases
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HDU and anaesthetic team experienced in major abdominal wall reconstruction
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Formal pre-op optimisation pathway — weight, smoking, diabetes, chest, botox/PPP where indicated
Safety and outcomes
What to expect — honestly.
Recurrent incisional hernia repair is a real operation with real risks. In specialist hands, 70–85% of patients are satisfied at five years — but recurrence, wound problems and chronic pain are all part of the honest conversation.
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Recurrence is a five-year question
Even in specialist hands, recurrent complex incisional repairs recur in 10–20% at five years. Best-case Rives–Stoppa in expert units: 5–10%. Anyone quoting near-zero is not being straight with you.
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Wound complications are common
Wound infection, seroma and skin problems occur in 10–30% of complex AWR. Component separation with skin flaps carries the highest risk — TAR reduces it.
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Mesh infection is rare but serious
Modern synthetic mesh in a clean field infects in under 2%. If a chronic sinus or fistula develops, partial or total explant is usually needed.
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Nerve pain and abdominal wall dysaesthesia
The T7–T12 nerves cross the operative field. Chronic pain or numbness in 10–15% — usually settles, sometimes not.
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Bowel injury during adhesiolysis
Redo abdomens are stuck. Enterotomy (accidental bowel opening) occurs in 3–8% of complex cases and is dealt with at the time — occasionally forces a change of plan.
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Respiratory strain after large AWR
Restoring domain after long-standing loss puts pressure on the diaphragm. HDU monitoring, epidural analgesia and early physio are how we manage it.
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Medical morbidity in older patients
DVT, PE and cardiac events matter after any 4–8 hour operation. Pre-op cardiac and anaesthetic assessment is mandatory, not optional.
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Return to activity is slow
Binder six weeks, no heavy lifting 8–12 weeks, gym light at six weeks and heavy at twelve. Office work can resume at 2–6 weeks depending on technique.
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Red flags after discharge
Spreading redness, fever, wound discharge, sudden pain, breathlessness or a calf swelling all need same-day medical review — not a wait-and-see approach.
Reading your operation note
Your operation note in four parts. Read the last one first.
Whichever technique was used, the note the specialist sends you keeps to the same shape.
A quiet reminder
Surgical language is precise and can read coldly — we translate it for you.
If you would like us to talk you through the note before your review, just ask.
- 01 Header
Indication, prior repairs and imaging
Why the operation was done, which prior repairs had failed, and what the pre-op CT showed — defect width, contents and muscle atrophy.
- 02 Technique
Approach, plane and component release
Open vs eTEP vs robotic; retro-rectus vs TAR vs bilateral component separation; anaesthetic and analgesia used.
- 03 Findings
Adhesions, mesh explanted, mesh implanted
What was found inside — adhesions, previous mesh, any bowel injury — and which mesh was placed, in which plane, with what fixation.
- 04 Impression
Recovery plan, binder, activity, review
Read this first: length of stay, binder period, when to lift, drive and exercise, and when the surgeon wants to see you back.
Recognised by major UK insurers
Cover for complex recurrent incisional hernia repair is usually funded when medically indicated, but pre-authorisation with the CPT/CCSD code and a written surgical plan is required. We coordinate this before booking.
Frequently asked
Everything we get asked about recurrent hernia repair.
Quick answers on technique, mesh, cost, recovery and why the pre-op prep really matters.
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Why did my incisional hernia come back?
Recurrence has several drivers: the original technique (primary suture repairs fail in 40–60% of cases, mesh repairs in 10–25%), defect size, mesh position, patient factors (obesity, smoking, diabetes, chronic cough, connective-tissue disorders) and any previous mesh infection. A pre-op CT with Valsalva usually shows exactly why — and points to the right revision technique.
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Why do I need a CT with Valsalva before surgery?
A standard CT understates the problem. A Valsalva-effort CT measures the true defect width, shows the hernia contents, and quantifies lateral muscle atrophy and loss of domain. It is what turns a general plan into a real one — including whether you need pre-op botox or progressive pneumoperitoneum before theatre.
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What is Rives–Stoppa, eTEP and TAR — and which do I need?
Rives–Stoppa places mesh in the retro-rectus space through an open approach — the gold-standard for medium defects. eTEP does the same via keyhole or robotic access. TAR (transversus abdominis release) is a posterior component separation for larger defects (>10 cm width) where the midline will not close otherwise. Your CT and defect size decide which one fits — not a personal preference.
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What is loss of domain, and why does it matter?
When a large hernia has been out for years, more than half the viscera can sit outside the abdominal cavity. Forcing everything back in during surgery can push the diaphragm up and cause respiratory failure. That is why we plan pre-op botox to the lateral abdominal wall or progressive pneumoperitoneum (PPP) for 2–4 weeks beforehand — to stretch the abdomen and make room.
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Do I really need to lose weight and stop smoking first?
Yes — and not as a lecture. BMI over 35, current smoking and HbA1c over 65 all roughly double your risk of wound infection, mesh problems and recurrence. Two to six months of pre-op optimisation is normal for major AWR in UK specialist units, and the outcome data are clear.
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Synthetic mesh or biological mesh?
For clean, planned repairs, standard polypropylene or lightweight partially-absorbable mesh (Progrip, ULTRAPRO) gives the lowest recurrence rate. Biological mesh (Strattice, Permacol, Alloderm) is reserved for contaminated or infected fields — it costs £2–5k per sheet, incorporates more slowly, and has a higher recurrence rate than synthetic in clean fields.
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What does a private complex hernia repair cost in the UK?
Roughly £10–14k for a small redo, £13–18k for a Rives–Stoppa, £15–22k for eTEP, £18–25k for open TAR, and £22–30k+ for complex AWR with biological mesh. NHS-funded pathways run through specialist hernia units by referral — usually the right route for the most complex cases.
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How long is recovery — and when can I go back to normal?
Hospital stay 3–10 days depending on technique. Abdominal binder six weeks. Mobilise from day one. Driving 2–4 weeks, office work 2–6 weeks, light gym six weeks, heavy lifting and heavy gym twelve weeks. Rushing any of this is the commonest reason for early recurrence.
Related treatments
Looking for something else?
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Hernia surgery (general)
Overview of hernia types and first-time repair.
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Infected mesh — repair & management
Staged explant and salvage for infected mesh.
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Comprehensive abdominal health & hernia service
End-to-end abdominal and hernia care in one team.
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All tests and procedures
Every test and procedure we arrange.
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