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Orthopaedics · UK

Shoulder replacement - anatomic or reverse, decided properly.

A patient guide to the biggest decision in shoulder arthroplasty - anatomic versus reverse. Cuff status, glenoid bone stock, age, longevity data and what you want your arm to do - settled before you get near a theatre.

See indicative pricing
A radiographer guides a patient onto the bed of an advanced 3 Tesla MRI scanner in a London imaging suite

Indicative pricing

What a private shoulder replacement costs in the UK.

Indicative ranges across our partner upper-limb units, physiotherapy included as a package.

In short

£16,000–£26,000, home after 1–2 nights.

Procedure Indicative range
Anatomic total shoulder replacement (aTSA) £16,000–£22,000
Reverse total shoulder replacement (rTSA) £18,000–£26,000
Complex reverse with glenoid bone graft £22,000–£28,000
Revision of a previous replacement £24,000–£32,000
CT and MRI planning package £950–£1,650
Post-op physiotherapy package (12 sessions) £720–£1,320
Consultant clinic assessment £280–£380

Prices vary by implant manufacturer, surgeon and whether glenoid bone graft or an augmented baseplate is needed. Reverse implants tend to sit a little above anatomic on component cost alone.

The problem

The decision drives the result - more than the surgeon, more than the implant brand.

Shoulder replacement is where the pre-operative conversation matters most. The wrong implant in the right shoulder ages badly. The right implant, chosen with the right expectations, gives 15 years of quiet function.

  • Cuff status is the pivot

    A working rotator cuff means anatomic is on the table. A torn, retracted or fatty-degenerated cuff pushes the decision toward reverse - and the sooner that is faced, the better.

  • Match the implant to the life

    A 62-year-old golfer wanting overhead rotation is a different problem to an 82-year-old wanting to comb her hair without pain. Both deserve the honest match.

  • Talk about revision before the first operation

    Six to eight percent revise by 10 years. That number belongs in the first conversation, not the last one - it shapes when, not just whether, to operate.

When it helps

Which shoulder gets which implant, and why.

The situations that drive the anatomic-versus-reverse decision, plus the one red flag that means same-day team rather than routine review.

  • Primary osteoarthritis with an intact cuff

    The classic anatomic candidate - worn cartilage, preserved rotator cuff, decent glenoid bone stock. Anatomic gives the most natural motion and the longest survivorship.

  • Cuff tear arthropathy

    Arthritis with a large, irreparable rotator cuff tear and a high-riding humeral head. Reverse is almost always the right implant - anatomic would loosen within a few years.

  • Massive irreparable cuff tear without arthritis

    Pseudoparalysis in a shoulder without much wear. Reverse restores elevation by making the deltoid the prime mover - anatomic cannot do this.

  • Fracture in an older patient

    A 3 or 4-part proximal humerus fracture in someone over 70 - reverse is now the standard, giving better function than hemiarthroplasty or fracture fixation.

  • Inflammatory arthritis (rheumatoid)

    Cuff-dependent inflammation often erodes both the cuff and the glenoid. The decision usually swings to reverse, sometimes with glenoid graft.

  • Post-traumatic arthritis

    Arthritis after a fracture that healed with malunion or an old dislocation. Anatomy is distorted - CT planning decides whether anatomic is still feasible.

  • Failed previous replacement

    A worn or loosened anatomic often converts to a reverse. A failed reverse is a much bigger conversation - bone stock and deltoid function drive the options.

  • Red flag: fever, hot swollen joint after surgery

    A shoulder that becomes hot, swollen and severely painful after replacement is a possible deep infection. Same-day team or A&E, not a routine call.

Implant options

Anatomic, reverse and everything in between.

What each implant does - and where hemiarthroplasty and resurfacing still have a place. This is the menu behind the shared-decision conversation.

  • Anatomic total shoulder (aTSA)

    Replaces the humeral head and resurfaces the glenoid, keeping the joint mechanics natural. Depends entirely on a working rotator cuff. Best pain relief, best rotation, longest survivorship in the right shoulder.

  • Reverse total shoulder (rTSA)

    Swaps the ball and socket - a metal ball on the glenoid, a socket on the humerus. Uses the deltoid to elevate the arm and does not need a cuff. First choice for cuff arthropathy and older fractures.

  • Stemmed vs stemless humeral component

    Stemless designs preserve bone and simplify future revision - reasonable in younger patients with good bone. Stemmed components remain the workhorse and are what most UK surgeons default to.

  • Hemiarthroplasty (humeral head only)

    Replaces the humeral side alone, leaving the glenoid untouched. Now rarely used for arthritis but still occasionally chosen for very young patients or in specific fracture patterns.

  • Shoulder resurfacing

    A cap over the humeral head, preserving bone. A niche option in younger patients with early arthritis and a well-preserved glenoid - worth discussing before committing to a full replacement.

  • Reverse with lateralised glenoid

    A modern reverse design that improves rotation and reduces scapular notching. Standard in most UK units for primary reverse in 2026.

  • Reverse with augmented baseplate or bone graft

    For posterior or superior glenoid bone loss. Adds complexity and cost, but often the only way to give a worn glenoid a stable long-term construct.

  • Revision arthroplasty

    Anatomic-to-reverse conversion is a well-trodden path. Reverse-to-reverse revision is a bigger operation and needs a subspecialist revision surgeon - we route these to a small handful of centres.

Safety, longevity and trade-offs

What life at 1, 5 and 10 years actually looks like.

Shoulder replacement is a well-established operation. The things worth understanding are the lifetime restrictions, the registry survivorship data, and the honest revision odds - before you sign, not after.

  • GA and interscalene block

    The block controls pain for 12–18 hours and lets physio start the same day. One to two nights on the ward is standard for both anatomic and reverse in the UK.

  • Infection

    Deep periprosthetic infection remains the most serious complication - under 1 percent in the UK registry but harder to treat when it happens. Prophylactic antibiotics, laminar flow theatres and body exhaust suits are standard.

  • Nerve injury

    Axillary nerve traction is the recognised risk, usually neurapraxia that recovers over weeks. Permanent nerve injury is rare - well under 1 percent.

  • Component loosening

    The glenoid component in an anatomic is the classic weak link long-term. Reverse baseplates loosen less often but scapular notching remains a slow-burn problem in some designs.

  • Dislocation, mainly reverse

    Reverse implants dislocate more often than anatomic - around 2–4 percent in the UK. Modern lateralised designs and careful soft-tissue tensioning cut this down.

  • Longevity: what registry data actually says

    UK National Joint Registry: anatomic total shoulder survivorship around 92–94 percent at 10 years, reverse around 93–95 percent at 10 years. Both drop meaningfully by 15–20 years, which matters for younger patients.

  • Activity restrictions for life

    No repetitive overhead loading, no impact sports (rugby, boxing), no heavy manual work. Golf, swimming, cycling and doubles tennis are fine for most. Weight limit around 5–10 kg overhead in perpetuity.

  • Revision odds

    Roughly 6–8 percent of shoulder replacements need revision by 10 years, higher in younger patients. That is why "should I have it done now, or wait?" matters so much.

  • Red flags after surgery

    Fever, spreading wound redness, sudden severe pain, calf pain or breathlessness need the same-day team or A&E - not a routine call.

Reading your operation note

Your operation note in four parts. Read the last one first.

Whether you had an anatomic or a reverse, the operation note keeps to the same shape - and it is the Impression that decides your first six weeks of physio.

A UK consultant shoulder surgeon reviewing a patient's operation notes

A quiet reminder

The Impression section is where the lifetime restrictions live - read it first.

If you would like us to talk you through the operation note before your first physio session, just ask.

  1. 01 Header

    Diagnosis, side and implant choice

    Confirmed indication - primary OA, cuff arthropathy, fracture, revision - the side, and whether the implant was anatomic or reverse and by which manufacturer.

  2. 02 Technique

    Approach, components used and fixation

    Deltopectoral approach, glenoid and humeral component sizes, whether stemmed or stemless, cemented or press-fit, and any bone graft or augment used.

  3. 03 Findings

    Intra-operative findings and cuff status

    Cartilage wear pattern, glenoid bone loss grade, cuff integrity at the time, biceps tendon handling. This sets prognosis and the rehab tempo.

  4. 04 Impression

    Rehab protocol and restrictions

    Read this first: sling duration, physio protocol by week, driving and return-to-work guidance, and the lifetime activity restrictions specific to your implant.

Recognised by major UK insurers

BupaAXA HealthVitalityAvivaWPACignaHealixBupaAXA HealthVitalityAvivaWPACignaHealixBupaAXA HealthVitalityAvivaWPACignaHealix

Shoulder replacement is usually covered for end-stage arthritis or cuff arthropathy that has failed conservative treatment. Implant components, theatre and rehab are typically covered in the same episode.

Frequently asked

Everything patients ask before choosing between anatomic and reverse.

Quick answers on the decision, longevity, activity restrictions and revision odds.

  • Anatomic or reverse - how is the choice actually made?

    The rotator cuff is the pivot. An intact, working cuff with primary osteoarthritis and reasonable glenoid bone stock is a classic anatomic candidate. A torn or irreparable cuff, cuff tear arthropathy, or an older fracture all push toward reverse. Glenoid bone loss, deltoid function, age and what you want to do with the arm are the other four variables. The National Joint Registry now shows reverse overtaking anatomic in UK volume, and in patients over 70 reverse is often chosen even where anatomic is technically possible - the results are more predictable.

  • How long does a shoulder replacement actually last?

    UK National Joint Registry data puts anatomic total shoulder survivorship at around 92–94 percent at 10 years and reverse at around 93–95 percent at 10 years. Both fall meaningfully by 15–20 years, which is why the decision to operate in a patient under 60 is weighed carefully - a first replacement in your fifties often means a revision in your seventies.

  • Will I regain overhead reach after a shoulder replacement?

    It depends on which implant and which shoulder. A well-done anatomic in a shoulder with an intact cuff usually restores forward elevation to 140–160 degrees and near-normal rotation. A reverse reliably restores elevation to 120–140 degrees using the deltoid, but rotation - especially internal rotation for reaching behind the back - is often not as good. Patients tell us the pain relief is the big win either way.

  • What can I do - and not do - for the rest of my life afterwards?

    No repetitive overhead loading, no heavy impact sport (rugby, boxing, contact martial arts) and a lifetime cap of around 5–10 kg overhead. Golf, swimming (front crawl carefully), cycling, doubles tennis, hiking, gardening and desk work are all fine. Manual work with sustained overhead demand - painter, electrician - is often no longer sensible. We have this conversation before, not after.

  • When should I have a shoulder replacement done - now, or wait?

    The honest answer: when the pain wakes you every night and daily function has narrowed to a point you would not accept forever, given the offered longevity. Waiting to protect a first implant from a future revision has merit for patients under 60 with tolerable symptoms. For patients over 70 with a worn shoulder and a torn cuff, delay usually just means more months of pain - the reverse result will be much the same at 72 as at 75. It is a shared conversation, not a formula.

  • What are the odds I will need a revision one day?

    Roughly 6–8 percent of shoulder replacements are revised by 10 years in the UK, rising to 10–15 percent by 15–20 years. Younger patients revise more often - a 55-year-old anatomic patient has meaningfully higher revision odds than an 80-year-old reverse patient. This is why the age of first surgery and the choice of implant matter so much for the long game.

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