Robotic surgery · London
Da Vinci robotic surgery in London, explained honestly.
A surgeon-controlled robotic platform used across urology, gynae and colorectal — with 3D HD vision and wristed instruments. It’s not autonomous, it isn’t always the right answer, and choosing the surgeon matters more than choosing the machine.
Why patients choose us
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Consultant robotic surgeons, certified case volumes
A named consultant with documented robotic case volumes on the Xi (or SP where relevant) — not a trainee at the console, and not a surgeon in the first ten cases of their curve.
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Open, laparoscopic and robotic on the table
For some cases, robotic is the honest best choice. For others, open or standard laparoscopic still wins. We say which — before you commit.
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Independent, and free
We are paid by no hospital and no device maker. The recommendation is impartial and costs you nothing.
Indicative pricing
What private Da Vinci robotic surgery costs in London.
Indicative ranges across our partner hospitals. Prices vary widely by procedure, surgeon and length of stay — we quote firm figures once the case is understood.
In short
Robotic radical prostatectomy in our network: £18,000–£28,000, usually home in 1–2 nights.
| Procedure | Indicative range | Theatre time | Typical stay |
|---|---|---|---|
| Robotic radical prostatectomy (RARP) | £18,000–£28,000 | 3–4 hr | 1–2 nights |
| Robotic partial nephrectomy | £16,000–£24,000 | 3–4 hr | 2–4 nights |
| Robotic radical hysterectomy | £14,000–£22,000 | 3–4 hr | 1–3 nights |
| Robotic sacrocolpopexy | £12,000–£18,000 | 2–3 hr | 1 night |
| Robotic cystectomy + intracorporeal ileal conduit | £30,000–£55,000 | 6–8 hr | 5–10 nights |
| Robotic colorectal (TME) resection | £18,000–£30,000 | 4–6 hr | 4–7 nights |
| Robotic oesophagectomy | £35,000–£60,000 | 6–8 hr | 7–14 nights |
| Robotic eTEP hernia repair | £6,500–£12,000 | 90–150 min | Day case–1 night |
Prices vary by hospital, by consultant, by length of stay, and by whether ICU or HDU is used. Most PMI policies cover robotic surgery where it is the accepted standard — we confirm cover before booking.
The problem
The right surgeon, the right approach — not the flashiest theatre.
Da Vinci is widespread across London private and NHS teaching hospitals. The platform is the same. The surgeon isn’t. And for some cases, open or standard laparoscopic surgery is still the honest right answer.
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Volume matters more than the badge
A robotic surgeon past the learning curve, doing your specific operation regularly, beats a lower-volume surgeon on any platform.
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Is robotic the right approach at all?
For some cancers and some anatomies, open or standard laparoscopic surgery is still better. We say so before you book.
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Recovery and ERAS pathways
The right hospital for robotic surgery has enhanced recovery, physio and dietetics dialled in — not just the machine.
The journey
From imaging to ERAS discharge — what happens, in order.
A named consultant from first message to review — with an MDT behind them and an ERAS pathway around you.
Phase 1 · Before your procedure
Imaging, MDT and prehab
Phase 2 · On the day
Console-controlled surgery
Phase 3 · After
ERAS recovery and review
- 01
Before
You tell us what is going on
A short, confidential form. Diagnosis so far, imaging done, any MDT letters, and what you have been offered.
- 02
Before
Imaging and staging are checked
MRI, CT, PET-CT or biopsy are reviewed. Missing pieces are ordered. The case is ready before the surgeon opens it.
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Before
MDT and consultant opinion
Your case is discussed at a multi-disciplinary meeting. A robotic consultant with the right specialty case volume gives an opinion — open, lap or robotic, and why.
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Before
Prehab and preoperative workup
Bloods, anaesthetic review, cardiopulmonary testing if needed, and prehab (exercise, nutrition, stopping smoking). Two to four weeks moves the needle.
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On the day
Surgery on the Da Vinci Xi (or SP)
The surgeon works from a console; the robot translates hand movements into wristed 8mm instruments inside you. Set-up is longer than open, cutting and dissection are more precise.
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On the day
ICU or ward, per procedure
Cystectomy and oesophagectomy typically go to HDU/ICU overnight. RARP, hysterectomy and hernia repair usually return to the ward.
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After
ERAS discharge and review
Enhanced recovery: early mobilisation, drinking and eating, and shorter length of stay. Written aftercare and a review at two to six weeks.
Typical end-to-end: 3–6 weeks from enquiry to surgery. Full recovery varies: days to weeks depending on the procedure.
When it helps
Where Da Vinci is standard-of-care in the UK.
The clinical areas where robotic assistance has become the surgical default — plus the honest caveat where the evidence says otherwise.
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Localised prostate cancer (RARP)
Robot-assisted radical prostatectomy — the UK default for surgical removal, with careful nerve-sparing where oncology allows.
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Small renal masses (partial nephrectomy)
Nephron-sparing surgery for T1 kidney tumours — the robot excels at intracorporeal suturing during clamp time.
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Gynae oncology (radical hysterectomy)
Robotic radical hysterectomy for selected early-stage cervical or endometrial cancer, after honest discussion of the LACC trial data.
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Pelvic organ prolapse (sacrocolpopexy)
Robotic sacrocolpopexy for vaginal vault prolapse — precise mesh placement with fine wristed suturing.
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Bladder cancer (cystectomy + diversion)
Robotic radical cystectomy with intracorporeal ileal conduit or neobladder — long operation, faster recovery than open.
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Colorectal cancer (robotic TME)
Robotic total mesorectal excision for rectal cancer, plus right and left colectomy — the wristed instruments help in the deep pelvis.
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Oesophageal, thyroid, hernia and more
Robotic oesophagectomy, transaxillary thyroidectomy and eTEP retromuscular hernia repair — growing indications, chosen carefully.
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Red flag: not always the right answer
The LACC trial showed worse oncological outcomes for minimally invasive radical hysterectomy in cervical cancer. Robotic is a tool, not a default — the surgeon should tell you when open is better.
Procedure options
The Da Vinci modules, and the operations they’re used for.
The Xi is the standard multi-port workhorse. The SP is the emerging single-port platform. Below, what each option actually looks like in practice.
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Da Vinci Xi (multi-port)
The workhorse — four arms, 8mm wristed instruments, 3D HD vision. Used across urology, gynae, colorectal and general surgery.
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Da Vinci SP (single-port)
A single 2.5cm port with three articulating instruments and a camera. Emerging in the UK for RARP, transoral and select kidney cases.
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RARP — radical prostatectomy
The UK's highest-volume robotic operation. Nerve-sparing is considered case-by-case; margins and continence are the honest metrics to ask about.
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Robotic partial nephrectomy
Kidney-sparing tumour removal with warm ischaemia time typically under 25 minutes. The robot's suturing is where it earns its keep.
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Robotic hysterectomy (benign / oncology)
For fibroids, endometriosis and selected gynae cancers. Benign robotic hysterectomy is common; oncological use is more nuanced.
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Robotic cystectomy + intracorporeal diversion
Bladder removal with the ileal conduit or neobladder built inside you — a long operation, and one for a high-volume centre only.
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Robotic colorectal (TME, colectomy)
Rectal cancer resection in the narrow pelvis and colonic resections — where wrist articulation and 3D vision matter most.
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Robotic eTEP hernia repair
Extended totally extraperitoneal repair of ventral and inguinal hernias — mesh placed behind the muscle without opening the abdomen.
Our vetted London network
A small panel of consultant robotic surgeons, we picked them.
Consultants working across central London private hospitals and NHS teaching centres with a Da Vinci Xi. Introductions are made privately, once your case is understood.
Selection criteria
How we choose every robotic surgeon in our network.
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Consultant robotic surgeons with documented specialty case volume (typically 100+ cases past the learning curve)
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A hospital with a properly maintained Da Vinci Xi (or SP where indicated) and a trained robotic theatre team
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Enhanced Recovery After Surgery (ERAS) pathways for the specific operation
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Honest opinion when open or standard laparoscopic surgery is a better choice than robotic
Safety and honest trade-offs
The benefits — and the real trade-offs.
Robotic surgery has genuine advantages. It also has genuine costs — set-up time, no tactile feedback, unplanned conversion, and specialty-specific caveats. All worth knowing.
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The surgeon controls every movement
Da Vinci is not autonomous. Nothing moves unless the surgeon, seated at the console, moves it. The robot filters tremor and scales motion — it does not decide.
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Less blood loss, shorter stay — usually
For RARP, partial nephrectomy and hysterectomy, robotic reliably reduces blood loss and length of stay versus open. For other operations, the evidence is more mixed.
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No tactile feedback
The surgeon does not feel tissue directly. Experienced robotic surgeons compensate with visual cues, but it is a real trade-off — case volume matters.
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Set-up time and cost are longer
Docking the robot and swapping instruments takes time. Consumables and the platform itself add cost — which is why case selection matters.
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Unplanned conversion to open
A small percentage of robotic cases convert to open — for bleeding, adhesions, or difficult anatomy. This is safe practice, not failure. Ask your surgeon their conversion rate.
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Procedure-specific risks are unchanged
A robotic prostatectomy still carries the risks of a prostatectomy: incontinence, erectile dysfunction, positive margins. The platform does not change biology.
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Injury to nearby structures is rare but real
Rectal, ureteric, vessel or bowel injury can happen with any pelvic surgery. Volume and MDT support reduce it — they do not eliminate it.
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Port-site hernia
Small hernias at the 8–12mm port sites occur in a few percent of cases. Larger camera ports carry higher risk.
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Red flags after discharge
Fever, worsening pain, spreading redness at a port, calf swelling, breathlessness or heavy bleeding are not normal — call the team or A&E the same day.
Reading your operation note
Your operation note in four parts. Read the last one first.
Whichever robotic procedure was done, the note the consultant 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
Procedure, platform and indication
What was done, on which system (Xi / SP), why it was done, and the pre-op diagnosis and staging.
- 02 Technique
Ports, dissection and any conversion
Port placement, key steps, blood loss, warm ischaemia time (kidney) or nerve-sparing (prostate), and whether the case converted to open.
- 03 Findings
Specimen, margins and complications
What the specimen showed on the day, any macroscopic margins, and any intra-operative complications. The formal histology follows separately.
- 04 Impression
ERAS plan, red flags, review timing
Read this first: expected recovery, what to look out for, and when your consultant will see you again.
Recognised by major UK insurers
Most PMI policies fund robotic surgery when it is the accepted clinical standard for the operation. We confirm cover — including any ICU/HDU nights — before booking.
Frequently asked
Everything we get asked about Da Vinci robotic surgery.
Quick answers on who’s in control, which operations it’s best for, the trade-offs, and the cost.
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Is Da Vinci surgery done by a robot or a surgeon?
By a surgeon. The Da Vinci system is a tele-manipulator — the surgeon sits at a console a few feet away and every movement of the instruments inside you is a direct translation of their hands. The robot filters tremor and scales motion. It does not act autonomously and it cannot make decisions.
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Which operations is Da Vinci actually best for?
In the UK the strongest evidence is for robot-assisted radical prostatectomy (RARP), partial nephrectomy for small kidney tumours, sacrocolpopexy for prolapse, and rectal cancer TME in the narrow pelvis. Robotic cystectomy with intracorporeal diversion is standard in high-volume centres. For simple gallbladder or appendix surgery, standard laparoscopy is still fine.
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What are the honest downsides?
Longer set-up, higher cost, no tactile feedback, and a real learning curve for the surgeon. There is also a small chance of unplanned conversion to open surgery. And for some operations — notably minimally invasive radical hysterectomy for cervical cancer after the LACC trial — the oncological outcomes were worse than open. Robotic is not automatically better.
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What is the difference between the Xi and the SP?
The Xi is the standard multi-port platform — four arms, 8mm instruments, widely used across specialties. The SP (single-port) uses one 2.5cm incision with three articulating instruments and a camera and is emerging in the UK, mainly for RARP and select transoral or renal cases.
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How is recovery different from open surgery?
For most abdominal and pelvic operations, robotic reduces blood loss, wound pain and length of stay, and speeds return to work. On ERAS pathways, RARP patients often go home the next day and back to office work in two to three weeks. Recovery for cystectomy or oesophagectomy is still measured in weeks.
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How much does private robotic surgery cost in London?
It varies enormously by procedure: RARP is roughly £18,000–£28,000, robotic partial nephrectomy £16,000–£24,000, sacrocolpopexy £12,000–£18,000, and robotic cystectomy with intracorporeal diversion £30,000–£55,000. Most PMI policies fund robotic surgery when it is the clinical standard — we confirm cover before booking.
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