Hip surgery choices for active adults

For an active adult in their 30s–60s, hip pain and morning stiffness can turn into a practical fork in the road: keep the native hip joint going for longer (when that is still realistic), consider hip resurfacing, or move to a total hip replacement once arthritis is genuinely end‑stage. The “right” answer is rarely about a single label like “replacement”; it is about matching the operation (or non‑operative plan) to the shape of the hip joint, day‑to‑day demands, and what matters most over the next 10–20 years.

Hip resurfacing and total hip replacement both aim to replace the worn bearing surfaces of the hip joint, but they do it in different ways. In a total hip replacement, the damaged ball and socket are replaced with prosthetic components, whereas hip resurfacing is designed to preserve more of the patient’s own bone while still addressing the arthritic joint surfaces. The key point is that both are joint‑replacing solutions for severe hip arthritis, not “sports injuries” treatments, and the decision is usually made once imaging and symptoms line up clearly with end‑stage disease. [wikipedia:en:1125423]

SPAIRE hip replacement sits in a different category again: it is not a different implant, but a way of performing a posterior total hip replacement using a muscle‑sparing posterior approach. SPAIRE (“Save Piriformis And Internus, Repair Externus”) is described as preserving small rotator tendons at the back of the hip, with the stated aim of improving early stability and helping suitable patients mobilise more confidently soon after surgery. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fspaire-hip-replacement] [google_serp:organic:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F28218374%2F]

In UK practice, conventional total hip replacement remains the standard operation for most adults with end‑stage hip arthritis, while hip resurfacing tends to be used selectively in carefully chosen patients, often younger and more active, and commonly men. This “selective” position is reflected in national guidance (NICE technology appraisal TA304, last reviewed in 2017) and in commissioning policy language such as the Norfolk and Suffolk ICB policy, which frames resurfacing as an alternative that is only funded when criteria are met and a specialist deems it clinically appropriate. [trafilatura:https%3A%2F%2Fwww.nice.org.uk%2Fguidance%2Fta304] [trafilatura:https%3A%2F%2Fnwknowledgenow.nhs.uk%2Fcontent%2Fhip-resurfacing%2F]

Rather than reducing the choice to a tick‑box list of procedures, the decision usually comes down to patient suitability: age, bone quality, the anatomy of the hip joint, activity level, medical history, and personal goals. Within Lincolnshire Hip, that suitability assessment is intended to be consultant‑led (including by Prof Paul Lee) and to include hip preservation options—such as hip joint injections—when surgery is not clearly the best next step. Lincolnshire Hip also supports early, low‑commitment access points such as online booking and a free discovery call for people weighing up hip and groin treatment routes. [echo_linker:494] [echo_linker:496]

These same factors also shape the “how” of surgery—such as whether a muscle‑sparing posterior approach like SPAIRE hip replacement is appropriate—as well as the longer‑term plan for life with a new hip joint under real‑world loading and activity. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk]

Hip resurfacing versus total hip replacement in younger adults

In a 35–60-year-old with end-stage hip arthritis, the choice between hip resurfacing and a total hip replacement often turns on a small set of practical drivers (bone quality, anatomy, metal-related risk, and expected lifetime loading), rather than on clinic logistics or repeated pathway details.

How the operations differ in day-to-day terms

Hip resurfacing reshapes the femoral head (the “ball”) and caps it with metal, aiming to preserve more of the patient’s own bone in the upper femur. Total hip replacement removes the femoral head and replaces it with a stemmed component in the thigh bone plus a new socket in the pelvis. The shared goal is pain relief and function in an arthritic hip joint, but the trade-off is different: resurfacing prioritises bone preservation, while total hip replacement prioritises broad applicability across many hip anatomies and bone qualities.

What UK guidance means in practice

NICE technology appraisal TA304 sets out that both total hip replacement and hip resurfacing are evidence-based options for adults with end-stage arthritis of the hip, and it places a clear duty on NHS commissioners/providers to fund recommended options when clinicians and patients choose them. Alongside that national framework, local commissioning language can be stricter: the Norfolk and Suffolk ICB policy describes resurfacing as an alternative that “preserves more bone”, but also says it will only be funded when patients meet its algorithm and a specialist deems it clinically appropriate. Taken together, this is why resurfacing is available in the UK, but tends to sit as a selective option rather than the default operation.

What published outcomes show in younger adults

In a Bone & Joint Open series of patients aged under 40 years (217 hips available for follow-up; operations performed between 2007 and 2019), hip resurfacing produced very high early function: the mean modified Harris Hip Score was 100 at two and five years. In that series there were no dislocations, with a 1.8% reoperation rate and a 0.9% revision rate at a mean 3.8-year follow-up. In real-world terms, “no dislocations” in that published cohort supports the idea that resurfacing can be stable in selected younger patients, and the low early revision rate suggests the operation can work well when the starting anatomy and bone are favourable.

Longer follow-up comes from registry data. An analysis from the Australian Orthopaedic Association National Joint Replacement Registry reported 17-year survivorship of 94% for a contemporary resurfacing system overall, and about 95% survivorship in men under 65 years. Interpreted plainly, this equates to roughly 94–95 out of 100 resurfaced hips still functioning at 17 years in those groups. In patients under 55 years, the study reported revision rates comparable to the five best-performing conventional total hip replacements used as comparators. However, the pattern of failure differed: fracture and metal-related pathology were important causes of revision in resurfacing, highlighting a distinct long-term risk profile compared with many conventional total hip replacements.

The common “good fit” and “not a fit” factors for resurfacing

Published policy and outcomes repeatedly point to a narrower suitability window for resurfacing than for total hip replacement.

Factors that often support resurfacing being considered include:

• Younger age bands (for example, under 55 years in the Australian analysis), where revision rates were comparable with top-performing total hip replacements.
• Male sex (for example, men under 65 years in the 17-year registry analysis), where survivorship was around 95%.
• Good bone quality, because femoral neck fracture is a known mode of failure reported in registry revision causes.

Factors that commonly push the decision away from resurfacing include:

• Concerns about fracture risk, particularly if bone quality is not robust enough for a capped femoral head (fracture was a key revision cause in the 17-year analysis).
• Metal-related complications, because “metal-related pathology” is a recognised late revision reason in long-term resurfacing registry data and may imply additional surveillance and a lower tolerance for unexplained symptoms.
• Not meeting commissioning criteria, where NHS funding routes are used (as described in the Norfolk and Suffolk ICB policy).

Where total hip replacement fits for lifetime planning

For many younger adults, a high-quality total hip replacement remains the more common UK solution because it can accommodate a wider range of hip anatomy and bone quality while avoiding metal-on-metal resurfacing-specific concerns. Longer-term durability is often good but not guaranteed: one widely cited estimate suggests around 58% of total hip replacements may last at least 25 years (about 58 out of 100 still functioning at that point), which matters more when surgery is done at 45 than at 75. In practical planning terms, the earlier the first joint replacement happens, the more important it becomes to think about lifetime revision risk and how the hip will be loaded over the following decades.

Within a consultant-led assessment model (including the clinical perspective used at Lincolnshire Hip and by Prof Paul Lee), the usual endpoint is a clear recommendation: a resurfacing-style “bone-preserving” strategy for a narrow, well-matched group, or a total hip replacement plan designed for durability with revision planning in mind—plus a frank discussion of the different risks each pathway brings.

Where SPAIRE hip replacement fits in your plan

SPAIRE hip replacement answers a different question from “resurfacing or total hip replacement?”: it describes how a total hip replacement is performed through the back of the hip joint, rather than changing the implant itself. On the Lincolnshire Hip pathway, SPAIRE is described as a muscle‑sparing posterior approach used “where clinically appropriate”, and the decision about patient suitability is confirmed after consultant assessment (the site’s surgical explanations reflect Prof Paul Lee’s practice and training). [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk]

What “SPAIRE” means in practical terms

The acronym SPAIRE is explained as Sparing Piriformis And Internus, Repair Externus. In plain terms, that refers to keeping certain small rotator tendons at the back of the hip intact (rather than routinely detaching and reattaching them) and carefully repairing another (the obturator externus). The original description on PubMed frames SPAIRE as a “muscle sparing mini‑posterior approach”, and the Lincolnshire Hip SPAIRE page links this soft‑tissue preservation to the aim of a more stable hip joint and “faster, more confident early mobilisation” after surgery. [google_serp:organic:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F28218374%2F] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fspaire-hip-replacement]

How it differs from other approaches patients commonly hear about

Surgeons can reach the hip joint from different directions, and the names usually describe the route: posterior (from the back), lateral (from the side), or anterior (from the front). SPAIRE sits within the posterior family, but it is presented as a variation that prioritises preserving the short external rotators at the back of the hip joint, rather than treating those tendons as part of the routine “release” for access. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fspaire-hip-replacement]

Patients often hear broad “trade‑off” themes when approaches are discussed in clinic—how much soft tissue is disturbed, how easily the surgeon can see and prepare the hip joint, and which movements feel most tentative early on. SPAIRE’s stated intent is to preserve a specific set of posterior soft tissues linked to stability, whereas other approaches may pursue different balances of access and tissue handling depending on the hip’s anatomy and the surgeon’s standard technique. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk]

What may feel different in the first 72 hours and first 2 weeks

In NHS recovery guidance, the early focus after hip replacement is typically pain control and getting safely mobile with support from nurses and physiotherapists, often starting walking as soon as possible, with discharge commonly around 1–3 days if recovery is straightforward. Against that general “early mobilisation” background, SPAIRE is described as aiming to help suitable patients mobilise “more confidently” by keeping the small rotator tendons intact, which may translate into a more secure feeling around movements that load the back of the hip in the first few days (for example, getting in and out of bed, standing from a chair, and the first supervised walks on the ward). These are not guarantees of speed or comfort; they are the kind of early‑phase differences the technique is designed to target. [trafilatura:https%3A%2F%2Fwww.nhs.uk%2Ftests-and-treatments%2Fhip-replacement%2Frecovering-from-a-hip-replacement%2F] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fspaire-hip-replacement]

Over the first 2 weeks, the day‑to‑day “payoff” (when it occurs) is usually described less as a dramatic change in what activities are allowed and more as confidence with basic movement: walking little and often, turning in tight spaces at home, and managing stairs with a structured physiotherapy plan. Lincolnshire Hip frames SPAIRE’s purpose as supporting stability and early mobilisation rather than promising a different long‑term implant lifespan. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fspaire-hip-replacement]

Where SPAIRE fits (and where it does not)

Because SPAIRE is an approach, not an implant, it does not replace the bigger planning decisions about implant selection, bearing surfaces, positioning, and lifetime loading of the hip joint—factors that usually drive wear and revision risk over decades. The published material retrieved here on SPAIRE is primarily descriptive (what is spared and what is repaired) and focused on intended early aims such as stability and mobilisation, rather than long‑term revision‑rate comparisons between approaches. [google_serp:organic:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F28218374%2F] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fspaire-hip-replacement]

The phrase “where clinically appropriate” is doing important work: there are hips where a surgeon may decide that preserving particular tendons is not the safest route to accurate implantation and stable reconstruction—for example, where exposure needs to be modified to match a patient’s anatomy or intra‑operative findings. In the Lincolnshire Hip model, that suitability call is made in a surgeon‑led way, and SPAIRE is positioned as one option within a wider plan rather than a default for every hip. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk]

Lincolnshire Hip is part of the MSK Doctors group and accepts patients without referral for hip assessment in Sleaford and Grantham, including discussion of whether a SPAIRE hip replacement (muscle‑sparing posterior approach) is suitable in the context of the overall hip joint plan. [echo_linker:494]

Your hospital stay for hip replacement with Lincolnshire Hip

After the decision for hip replacement has been made, the hospital stay can be understood as a short sequence of practical steps: confirming the hip joint plan, preparing the body for surgery, getting safely mobile soon after the operation, and leaving hospital when walking and self-care are safe. In the Lincolnshire Hip pathway, the focus is on what the “London surgery, local recovery” model changes in real terms (travel, mobilisation targets, and discharge planning) rather than on package pricing. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fpatient-journey]

Before admission: finalising the hip plan locally

Lincolnshire Hip describes an initial pathway that starts with a consultant-led assessment in Sleaford (MSK House) or Grantham (The Keep Clinic), with hip imaging arranged locally. This is where the decision is narrowed to the most suitable route for the hip joint—hip replacement, hip resurfacing, or a hip-preserving option—based on clinical findings rather than convenience. The site positions Prof Paul Lee as the consultant leading this decision-making throughout the pathway. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fprivate-hip-replacement-lincolnshire] [echo_linker:494]

Preparing for surgery: Rapid Biological Recovery® (what it is and isn’t)

The Lincolnshire Hip “patient journey” page describes a pre-operative Rapid Biological Recovery® programme, framed around nutritional guidance and personalised muscle conditioning before the operation. In practical terms, this is “prehab”: improving general readiness and conditioning the muscles around the hip so early walking and exercises are more achievable after surgery. It is described as preparation for surgery and recovery support, not as a guarantee of a specific pain or speed-of-recovery outcome for any individual hip replacement. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fpatient-journey]

Admission in London: checks, teams, and confirming suitability for SPAIRE

For surgery, Lincolnshire Hip describes admission to Weymouth Street Hospital (Harley Street, London), typically with an overnight stay. On arrival, the practical emphasis is on the final safety and planning checks: confirming the hip joint-side, reviewing the agreed operation plan, and meeting the surgical and anaesthetic teams. Where a SPAIRE hip replacement is being considered, the key point is that it is a muscle-sparing posterior approach used “where clinically appropriate”, with patient suitability confirmed after assessment rather than treated as a default for every hip. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fspaire-hip-replacement] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fprivate-hip-replacement-lincolnshire]

The day of surgery: what usually happens around the new hip

NHS recovery guidance gives a useful, non-brand-specific picture of the immediate post-operative pattern after hip replacement. After surgery, patients spend time in a recovery area, receive pain relief, and may have a drain near the hip; nursing and physiotherapy teams help patients start walking “as soon as possible”. In a rapid-recovery model, the early goals are usually simple and hip-focused—safe transfers (bed to chair), short supervised walks, and starting the initial exercise programme—while monitoring pain control and general observations. [trafilatura:https%3A%2F%2Fwww.nhs.uk%2Ftests-and-treatments%2Fhip-replacement%2Frecovering-from-a-hip-replacement%2F]

Discharge planning: why “around 24 hours” is common, but not universal

Lincolnshire Hip states that many patients, “where clinically appropriate”, can return home within 24 hours of surgery, supported by inpatient physiotherapy. That timing only works when it is safe: the NHS frames discharge readiness as the point when the wound is healing and the person can move around safely, and notes that people who are generally fit and whose operation went well can often go home in 1–3 days. The practical trade-off of a planned overnight stay is that the basics—home set-up, transport, and early support—need to be organised in advance, while also accepting that some hips will sensibly need a longer stay because of age, other health conditions, or how the hip joint responds in the first day after surgery. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fpatient-journey] [trafilatura:https%3A%2F%2Fwww.nhs.uk%2Ftests-and-treatments%2Fhip-replacement%2Frecovering-from-a-hip-replacement%2F]

After leaving hospital: keeping follow-up and rehab close to home

A major practical feature of the Lincolnshire Hip model is that post-operative follow-up and physiotherapy are organised back in Grantham or Sleaford, after the London admission. This sits alongside the general NHS expectation of structured advice before discharge (including day-to-day activity guidance and exercises) and a typical follow-up timeframe of around 6–12 weeks, even though the logistics differ between services. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Ffrequently-asked-questions] [trafilatura:https%3A%2F%2Fwww.nhs.uk%2Ftests-and-treatments%2Fhip-replacement%2Frecovering-from-a-hip-replacement%2F]

Lincolnshire Hip is part of the MSK Doctors group and accepts patients without referral for consultant-led hip assessment in Sleaford and Grantham, including discussion of SPAIRE hip replacement (muscle-sparing posterior approach) and whether it is appropriate for the individual hip joint. [echo_linker:494]

Living with a hip replacement or resurfacing for decades

Thinking in decades (not weeks) shifts the question from “How quickly will I be up and about?” to “What might make this hip joint need attention again in 10, 20 or 30 years?”. Population-level estimates for total hip replacement suggest that a substantial proportion of modern implants can still be functioning at 25 years (one widely cited estimate is around 58%), but any individual outcome varies with implant choice, positioning and lifelong loading on the hip. [wikipedia:en:1125423]

A useful long-horizon framework: how hips tend to run into trouble

Across the 10–25+ year horizon, problems that lead to review or revision surgery often fall into three broad patterns:

• Gradual change over years (for example, wear or loosening), usually felt as a slow return of pain, stiffness, or a developing limp.
• A step-change event (for example, a fall causing a fracture around the implant, or a sudden episode of instability), which tends to be clearly dated and prompts urgent assessment.
• Issues that may be subtle early on, where the hip can feel “mostly fine” but a specific implant type carries a known long-term risk profile and benefits from planned surveillance. This matters most in metal-on-metal hip resurfacing, where metal-related pathology is a recognised reason for late revision in registry data. [trafilatura:https%3A%2F%2Fpmc.ncbi.nlm.nih.gov%2Farticles%2FPMC12302185%2F]

If a resurfacing is chosen: durability can be strong, but follow-up matters

Australian registry analysis of a contemporary hip resurfacing system reported 94% survivorship at 17 years overall, with around 95% survivorship in men under 65 years; in people under 55 years, revision rates were reported as comparable to the five best-performing conventional total hip replacements used as comparators in that analysis. The same registry report highlights that fracture and metal-related pathology feature among important reasons for revision, which is why many services treat resurfacing as a “fit the right patient, then keep an eye on it” operation over the long term. [trafilatura:https%3A%2F%2Fpmc.ncbi.nlm.nih.gov%2Farticles%2FPMC12302185%2F]

Published clinical series in very young adults also illustrate the function side of the equation. A Bone & Joint Open report of patients aged under 40 (operations performed 2007–2019, with a mean follow-up of 3.8 years) found a mean modified Harris Hip Score of 100 at 2 and 5 years, no dislocations, and low reoperation (1.8%) and revision (0.9%) rates. Those figures are not a promise for any one person, but they help explain why resurfacing is sometimes considered for high-demand younger adults when patient suitability is right. [trafilatura:https%3A%2F%2Fboneandjoint.org.uk%2FArticle%2F10.1302%2F2633-1462.46.BJO-2023-0015.R1]

Total hip replacement: what drives lifespan (and where SPAIRE fits)

For total hip replacement, long-term wear and revision risk are generally driven more by implant design, bearing surface, and how accurately the components are positioned, together with patient factors that determine day-to-day loading of the hip joint. The surgical approach mainly influences how the operation is performed and what early stability and muscle function feel like, rather than changing the basic engineering of the implant. [wikipedia:en:1125423]

Within that context, SPAIRE hip replacement is described as a muscle-sparing posterior approach: the original description calls it a “muscle sparing mini-posterior approach”, and Lincolnshire Hip’s explanation focuses on preserving small rotator tendons at the back of the hip to support stability and “faster, more confident early mobilisation” in suitable cases. It is presented as “where clinically appropriate”, so patient suitability remains a surgeon-led decision; the site’s SPAIRE explanation reflects the clinical approach associated with Prof Paul Lee within the Lincolnshire Hip pathway. [google_serp:organic:https%3A%2F%2Fpubmed.ncbi.nlm.nih.gov%2F28218374%2F] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fspaire-hip-replacement] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk]

Activity choices over 20+ years: build capacity, then protect it

Long-term comfort usually depends on keeping the hip joint strong and well-controlled, not just on the implant. NHS recovery guidance emphasises early supported walking and a structured exercise programme after surgery; over the years that typically translates into maintaining strength around the hip and returning to activity in a paced way rather than in a single jump. Repeated very high-impact loading may be discussed cautiously in clinic because it can increase cumulative stress on the hip over decades, particularly in people having surgery in their 40s or 50s. [trafilatura:https%3A%2F%2Fwww.nhs.uk%2Ftests-and-treatments%2Fhip-replacement%2Frecovering-from-a-hip-replacement%2F]

When a “check-in” is sensible, even years after surgery

The NHS describes a typical surgical follow-up around 6–12 weeks after hip replacement, but long-term planning often includes additional reviews if symptoms change. Over a 5–15 year horizon, triggers for reassessment commonly include a new return of pain, a feeling of instability, a change in leg function (for example, a new limp), or persistent new clicking/clunking that wasn’t present in the first months. In resurfacing in particular, the fact that registry data identify metal-related pathology as a late revision driver supports the logic of periodic consultant review, even when day-to-day function remains good. [trafilatura:https%3A%2F%2Fwww.nhs.uk%2Ftests-and-treatments%2Fhip-replacement%2Frecovering-from-a-hip-replacement%2F] [trafilatura:https%3A%2F%2Fpmc.ncbi.nlm.nih.gov%2Farticles%2FPMC12302185%2F]

In Lincolnshire Hip’s model, that “life with the new hip” phase is designed to be managed close to home, with planned follow-up and ongoing rehabilitation support in Grantham or Sleaford after surgery in London—framing long-term review as routine stewardship of the hip joint, not an assumption that something has gone wrong. [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Ffrequently-asked-questions] [trafilatura:https%3A%2F%2Fhipreplacementlincolnshire.co.uk%2Fprivate-hip-replacement-lincolnshire]

Questions to ask your hip consultant

Most hip surgery decisions hinge on a small set of clarifying questions in the first 20–30 minutes of a consultant discussion—diagnosis and timing, the right operation for this hip joint, the safest surgical approach, and how the early recovery is organised.

• Diagnosis and timing
• • “What is the primary diagnosis in my hip joint (for example, end‑stage arthritis versus another cause of groin pain), and what findings support that?”
  • “Has my hip joint reached the stage where hip replacement is advisable, or are there hip preservation options we should try first?”
  • “How quickly do I need to make a decision, and what would make the timing more urgent?”
• Resurfacing versus total hip replacement (a balanced comparison)
• • “Am I a realistic candidate for hip resurfacing based on my hip joint anatomy, age and bone quality?”
  • “If resurfacing is an option, what are the main trade‑offs for me compared with a total hip replacement over 10–20+ years?”
  • “If resurfacing is not suitable, which type of total hip replacement are you recommending (for example, bearing surface and fixation) and why?”
• Approach and soft tissues (including SPAIRE hip replacement)
• • “Would a muscle-sparing posterior approach such as SPAIRE hip replacement be suitable for my hip, or is another approach (standard posterior, lateral, or anterior/DAA) safer in my case?”
  • “How might your chosen approach affect early stability, pain control, and any hip precautions in the first 6 weeks?”
  • “What does ‘patient suitability’ mean in practice for the approach you are proposing?”
• Hospital stay, physio, and getting home
• • “How long do you expect me to stay in hospital after my hip replacement, and what would make that longer?”
  • “What support will I have from physiotherapists to get my hip joint moving and walking safely?”
  • “How will discharge and travel back to Lincolnshire be arranged, and what help is usually needed at home for the first few nights?”
• Long-term plan
• • “How long do you expect this hip replacement or resurfacing to last in someone like me, and what follow‑up schedule do you use?”
  • “What signs (pain pattern, limp, instability, new noises) should prompt a review of my hip joint in future?”

A practical way to leave the room with momentum is to capture three specifics in writing: the agreed diagnosis, the single best‑fit operation (and why), and the early recovery plan (approach, precautions, and discharge).

Lincolnshire Hip is part of the MSK Doctors group and accepts patients without referral for specialist hip assessment in Sleaford and Grantham, including surgeon-led discussion of SPAIRE hip replacement where clinically appropriate (Prof Paul Lee).