Why would someone want calf implants?

People choose calf implants for two main reasons: calves that stay small despite years of training, and calf atrophy or asymmetry after injury, illness or a condition present from birth. Implants add a defined, permanent volume that exercise often cannot. Calf size is largely inherited, as our guide to why small calves will not grow explains, so it is a common concern for men and women alike.

Can calf implants fix calf muscle atrophy?

Yes, calf implants can restore the shape and symmetry of a calf that has lost muscle bulk. Calf atrophy can follow polio, spina bifida, Charcot-Marie-Tooth disease, spinal cord injury, club foot, compartment syndrome, trauma or previous surgery. Where one leg is much smaller or the muscle shape is irregular, a 3D custom implant can be designed from a CT scan to match the other leg, and one leg alone can be treated. Physiotherapy may be advised alongside recovery.

What is the difference between calf implants and fat transfer?

Calf implants give a firmer, more defined and predictable increase in size, because a solid implant is not reabsorbed. Fat transfer calf augmentation uses your own fat for a softer, subtler change, but 30 to 40% of it is usually reabsorbed. A second fat session may be needed. Implants suit a bigger change or marked atrophy, while fat transfer suits mild to moderate volume loss or asymmetry if you have enough fat to spare.

Are calf implants worth it?

Most people who have calf implants are pleased with them. A 2022 meta-analysis by Escandón and colleagues ↗ pooled 48 studies of 2,455 patients and found 96.7% were satisfied after calf implants, against 87.2% after fat transfer, with 1.3% needing an implant removed. Implants give a lasting change that training often cannot, but they are still surgery, with a scar behind each knee and six weeks before calf training.

How much do calf implants cost in the UK?

The cost of calf implants depends on how many implants go in each leg, whether one or both legs are treated, and whether you need a custom implant. Custom 3D implants add the cost of CT imaging, design and manufacture. Your price is confirmed in writing after a face-to-face consultation, and compression stockings are bought separately. Our calf implants cost guide sets out starting prices, and finance is available through Chrysalis Finance, subject to status.

How long does calf implant surgery take?

Calf implant surgery takes about two to three hours for both legs, a little longer with two implants per leg. It is a day case under TIVA (total intravenous anaesthesia), so you are asleep throughout and go home the same day. The implant goes in through a 5 to 7 cm incision in the crease behind the knee, and symmetry is checked before closing with dissolvable stitches. Drains are sometimes used and, if so, come out a few days later. A responsible adult must take you home and stay for 24 hours.

How long does it take to recover from calf implant surgery?

Most people are back at desk work one to two weeks after calf implants, or three to four weeks if their job keeps them on their feet. Walk from day one, but avoid long periods standing for two weeks and running, jumping or calf training for six. Loading the calf too early can move the implant. Support stockings are worn day and night for three weeks, then at night for three more. Our calf implant recovery guide covers each week.

Do calf implants look natural?

Correctly sized calf implants look like a fuller, more defined natural calf. The edge may be felt on firm pressure but should not be visible where there is enough soft tissue over the calf, which is why oversizing is avoided. The scar is a 5 to 7 cm line in the crease behind each knee, hidden in the natural fold, and it fades over three to six months. You can see results in our calf augmentation before and after photos.

Are calf implants safe?

Calf implants are generally safe when the implant is sized correctly and placed beneath the fascia, but every operation carries risks. Swelling, tightness and bruising are expected early on. Less common problems include infection, wound healing problems, the implant moving or rotating, and a visible edge in very thin legs. Compartment syndrome is rare but serious; a long-term series by Niechajev and Krag (2017) ↗ reported it in one of 50 patients, so severe or worsening calf pain needs urgent advice.

How long do calf implants last?

Calf implants are designed to last for life. They are solid silicone with no gel to leak, so unlike breast implants they have no replacement schedule. Removal or replacement is only needed if a problem such as the implant moving develops, or if you want a different size. Our guide on whether calf implants need to be replaced explains when revision surgery is considered.

Calf Implants

Calf Implants in London

Calf implants are solid silicone devices placed within the calf muscles to increase their size, definition and shape. The implants are positioned above the gastrocnemius — the primary muscle responsible for the curved profile of the lower leg — through small incisions in the crease behind the knee. The result is a fuller, more defined lower leg that is proportionate to the rest of the body. Men considering wider changes to their lower body can also read about liposuction for men.

The procedure is performed for two distinct reasons: cosmetic enhancement in patients who find their calves naturally small or out of proportion despite regular exercise; and functional restoration in patients with calf muscle atrophy following injury, illness, or congenital conditions such as spina bifida or club foot.

For patients seeking mild to moderate volume increase or improved symmetry without implants, fat transfer calf augmentation is available as an alternative technique using your own fat. The two approaches are compared in detail below.

All calf implant procedures at Centre for Surgery are performed by Mr Metin Nizamoglu FRCS (Plast), consultant plastic surgeon on the GMC Specialist Register, under TIVA as a day case at our CQC-regulated Baker Street facility.

Calf Implants at a Glance

Procedure time2–3 hoursFor both legs; slightly longer with two implants per leg

AnaestheticTIVAAdministered by a consultant anaesthetist

Hospital stayDay caseHome the same day, with a responsible adult for 24 hours

ImplantSolid siliconeStandard sizes, or 3D custom-designed for calf atrophy

Incision5–7 cm behind the kneeHidden in the natural crease

Support stockings6 weeksDay and night for 3 weeks, then nights only for 3 more

Time off work1–2 weeks3–4 weeks if your job involves standing or walking

Calf training and runningAvoid for 6 weeksLight walking is encouraged from day one

Follow-up7–10 days, then 6 weeksNurse-led wound check and surgeon review; further reviews at 3 and 6 months available

Final result visible3–6 monthsOnce swelling has settled and the scars mature

How long it lastsPermanentSolid implants cannot rupture or leak

Cooling-off periodTwo weeksFrom consent, recommended

CostConfirmed in writingCustom implants carry an additional cost — see the calf implants cost guide

These are typical timeframes for bilateral calf implants. Mr Nizamoglu will give you specific guidance at each review, and patients with calf atrophy may be advised physiotherapy alongside recovery.

Considering calf implants?Speak to Mr Nizamoglu about whether implants, fat transfer or a custom implant suits your legs. No obligation, and no pressure to book.

Request a consultation Call 020 7993 4849

Mr Metin Nizamoglu FRCS (Plast) — Calf Augmentation Specialist

Mr Metin Nizamoglu is a plastic surgeon on the GMC Specialist Register, holding the Fellowship of the Royal Colleges of Surgeons in Plastic Surgery (FRCS Plast). He subspecialises in body contouring and is the only surgeon at Centre for Surgery who performs calf augmentation procedures.

Mr Nizamoglu performs both implant-based calf augmentation and fat transfer calf augmentation, allowing him to advise on the most appropriate technique for each patient’s anatomy and goals. For patients with calf atrophy from congenital conditions, injury or neurological disease, he works with Anatomik Modelling to produce 3D custom-designed silicone implants made from high-resolution CT scan data — a service available at very few centres in the UK.

At consultation, Mr Nizamoglu assesses each patient’s lower leg anatomy, skin quality, the gastrocnemius muscle volume and symmetry, and the appropriate implant size and placement configuration to achieve a proportionate, natural-looking result.

What Are Calf Implants?

Calf implants are solid silicone devices — not gel-filled like breast implants — made from a firm but flexible silicone elastomer. The solid construction means there is no risk of rupture or leakage. The material is biocompatible, durable and designed to mimic the resistance and feel of natural gastrocnemius muscle tissue.

Diagram of calf implant device and subfascial placement showing on the left a stylised side view of the solid silicone elastomer calf implant with smooth surface and tapered ends for natural contour with no gel filling and no risk of rupture or leak, and on the right a horizontal cross-section of the lower leg showing the concentric tissue layers from outside to inside including skin subcutaneous fat investing fascia then the implant positioned in the subfascial pocket above the gastrocnemius muscle and below the fascia then the gastrocnemius soleus and tibia fibula at the centre; the subfascial plane is well-defined anatomically and provides secure stable implant positioning while preserving normal muscle function with standard sizes or 3D custom-designed implants available from CT scan data for atrophy cases — Calf implants are solid silicone devices placed in a subfascial pocket — above the gastrocnemius muscle and below the investing fascia.

The implants are placed in a subfascial pocket above the gastrocnemius muscle through a 5–7 cm incision in the popliteal crease (the natural skin fold behind the knee). This location keeps the scar inconspicuous and heals well. One or two implants can be placed per leg — a single implant augments the medial head of the gastrocnemius, producing the characteristic curved medial calf prominence; a second implant placed over the lateral head adds width and outer definition.

Calf implants differ from fat transfer calf augmentation in several important ways: implants provide a predictable, defined increase in volume and shape that does not diminish over time; fat transfer offers a softer, more subtle result but a proportion of the injected fat is reabsorbed by the body in the months following the procedure. For patients seeking a significant, permanent increase in calf definition and size, implants are the more reliable option.

Anatomy of the Calf Muscles

Understanding the anatomy of the calf helps explain both the goals of calf augmentation and why the results are achievable through implant placement.

Calf muscle anatomy diagram relevant to calf implant placement showing on the left a posterior rear view of the lower leg with the gastrocnemius muscle drawn as two paired heads including the medial head on the inner side highlighted as defining the visible calf contour and the lateral head on the outer side, the soleus muscle lying deeper beneath the gastrocnemius, both muscles converging into the Achilles tendon running down to the heel, and the popliteal crease behind the knee marked as the incision site for implant placement; and on the right a horizontal cross-section of the lower leg labelling tibia fibula tibialis anterior soleus and gastrocnemius muscles plus investing fascia subcutaneous fat and skin layers with the subfascial pocket location shown above the gastrocnemius; calf implants target the gastrocnemius because it produces the visible curved contour of the lower leg while the deeper soleus contributes bulk but does not define surface shape — Anatomy of the calf — the gastrocnemius produces the visible lower leg contour; implants target this muscle in the subfascial plane.

The calf comprises two principal muscles. The gastrocnemius is the larger, more superficial of the two and is entirely responsible for the visible contour of the lower leg. It has two heads — a medial (inner) head and a lateral (outer) head — originating from the posterior femoral condyles and inserting via the Achilles tendon into the calcaneus. The medial head produces the characteristic curved prominence of the inner calf that is visible from the front, side and rear. The lateral head creates outer width and the fuller appearance when viewed from behind. The gastrocnemius produces plantar flexion — pointing the foot downward — and is most active during activities requiring explosive movement such as jumping and sprinting.

The soleus is a broader, flatter muscle that lies beneath the gastrocnemius. It also inserts into the Achilles tendon and contributes to plantar flexion, particularly during sustained standing and slow walking. The soleus is not the target of implant placement — it contributes to overall lower leg bulk but does not define the surface contour visible beneath the skin.

Calf implants are placed in the subfascial plane — above the gastrocnemius muscle but beneath the investing fascia of the lower leg. This pocket is well-defined anatomically and provides secure, stable implant positioning.

Calf Implant Before & After Photos

All photographs are taken with full written patient consent. They represent cases performed at Centre for Surgery by Mr Metin Nizamoglu. A wider range is available to view at consultation. Individual results vary.

19 photos from real patients

1 / 19

Bilateral calf implants before and after — posterior view showing medial gastrocnemius augmentation — **Case 1 — Bilateral calf implant augmentation**

Bilateral calf implants before and after — lateral view showing improved lower leg definition and contour — Case 1Bilateral calf implant augmentation. Posterior and lateral views showing improved medial gastrocnemius prominence and overall lower leg definition.

Left calf augmentation implant before and after — posterior view showing correction of calf asymmetry — **Case 2 — Unilateral left calf augmentation**
Case 2Left calf implant augmentation for calf asymmetry. Posterior view showing improved symmetry between left and right lower legs.

Bilateral calf implants before and after — posterior view dual implant augmentation result — **Case 3 — Bilateral calf augmentation with dual implants**

Bilateral calf implants before and after — lateral view dual implant augmentation definition

Bilateral calf implants before and after — anterior view dual implant augmentation lower leg shape — Case 3Bilateral dual implant calf augmentation (medial and lateral heads). Posterior, lateral and anterior views showing enhanced lower leg width and definition from multiple angles.

Bilateral calf augmentation implants before and after — posterior view gastrocnemius definition result — **Case 4 — Bilateral calf augmentation**

Bilateral calf augmentation implants before and after — lateral view lower leg contour improvement — Case 4Bilateral calf implant augmentation. Posterior and lateral views showing improved gastrocnemius definition and lower leg proportion.

Calf implants UK before and after — bilateral calf augmentation posterior view result — **Case 5 — Bilateral calf augmentation**
Case 5Bilateral calf implant augmentation. Posterior view showing medial calf prominence and improved lower leg definition.

Bilateral dual calf implants before and after — posterior view medial lateral head augmentation — **Case 6 — Bilateral dual implant augmentation**

Bilateral dual calf implants before and after — lateral view lower leg definition contour

Bilateral dual calf implants before and after — anterior view lower leg proportion improvement — Case 6Bilateral dual implant augmentation (medial and lateral heads). Posterior, lateral and anterior views showing comprehensive lower leg definition improvement.

Calf implants before and after — bilateral augmentation posterior view result London — **Case 7 — Bilateral calf augmentation**
Case 7Bilateral calf implant augmentation. Posterior view showing improved medial gastrocnemius definition.

Bilateral calf augmentation implants before and after — posterior view lower leg definition result — **Case 8 — Bilateral calf augmentation**

Bilateral calf augmentation implants before and after — lateral view improved lower leg contour — Case 8Bilateral calf implant augmentation. Posterior and lateral views showing improved lower leg definition and calf-to-ankle proportion.

Left calf augmentation implant before and after — posterior view asymmetry correction result — **Case 9 — Unilateral left calf augmentation**
Case 9Left calf implant augmentation. Posterior view showing correction of left-sided calf volume deficiency and improved bilateral symmetry.

Calf implant surgery London before and after — unilateral right calf augmentation posterior view — **Case 10 — Unilateral right calf augmentation**

Right calf augmentation implant before and after — posterior view volume restoration asymmetry correction

Right calf augmentation implant before and after — lateral view lower leg contour improvement — Case 10Right calf implant augmentation. Posterior and lateral views showing correction of right-sided calf volume deficit and improved lower leg symmetry.

These photos include nudity

Clinical photos of real patients, shared with their consent.

See the full Calf Implants gallery

Am I Suitable for Calf Implant Surgery?

Suitability for calf implant surgery is assessed at consultation with Mr Nizamoglu. The procedure is appropriate for two broad patient groups:

Cosmetic candidates

Naturally small or underdeveloped calves that remain out of proportion with the thighs and ankles despite regular leg training
Good general health — no significant medical conditions that impair healing or increase surgical risk
Sufficient soft tissue coverage of the calf — very thin lower legs with minimal subcutaneous tissue may produce a visible implant edge
Realistic expectations — implants add defined volume; they do not alter bone structure or ankle proportion
Age 18 or over
Non-smoker, or willing to stop smoking at least four weeks before and after surgery
Stable weight

Reconstructive / atrophy candidates

Calf muscle atrophy following neurological conditions — poliomyelitis, spina bifida, Charcot-Marie-Tooth disease, spinal cord injury
Calf volume loss following trauma, compartment syndrome, or previous surgery
Congenital calf hypoplasia or asymmetry
Club foot deformity with associated calf atrophy

For reconstructive cases with significant volume deficit or asymmetry, Mr Nizamoglu can produce a 3D custom-designed implant from CT scan data through Anatomik Modelling — providing a precise fit to the patient’s anatomy that is not achievable with standard off-the-shelf implants.

Where a patient has adequate donor fat but insufficient muscle bulk for implants, fat transfer calf augmentation may be a more suitable option. This will be discussed at consultation.

Calf Implant Options — Materials, Sizes and Placement

Material

All calf implants used at Centre for Surgery are solid silicone elastomer devices. The material is firm but compressible, mimicking the resistance of the gastrocnemius muscle on palpation. As a solid device, there is no risk of rupture or silicone gel leakage — the implant retains its shape permanently. The silicone is biocompatible and has a well-established long-term safety profile in soft tissue augmentation.

Sizes

Calf implants are available in a range of sizes to accommodate different lower leg dimensions and desired outcomes. The appropriate size is determined at consultation based on the length and circumference of the calf, the existing muscle volume, the thickness of the overlying soft tissue, and the patient’s aesthetic goals. Oversizing carries a risk of implant edge visibility and skin thinning and is avoided.

Standard implant placement options

Diagram showing the four calf implant placement configurations from a posterior rear view of both lower legs at Centre for Surgery including panel 1 unilateral single with one implant in one leg only for unilateral atrophy or asymmetry correction, panel 2 bilateral single with one implant per leg in the medial gastrocnemius area as the most common cosmetic configuration adding medial calf prominence, panel 3 unilateral dual with two implants in one leg only over both the medial and lateral heads for comprehensive unilateral correction, and panel 4 bilateral dual with two implants per leg in both the medial and lateral heads for maximum bilateral definition and width totalling four implants; implant size and configuration are selected at consultation based on lower leg dimensions existing muscle volume soft tissue thickness and aesthetic goals with oversizing avoided to prevent visible implant edges — Four calf implant placement configurations. Size and arrangement are selected at consultation based on anatomy and goals.

Single implant in one leg — for unilateral atrophy or asymmetry correction
Single implant in both legs — the most common configuration for bilateral cosmetic augmentation, adding medial calf definition
Two implants in one leg — medial and lateral head augmentation for more comprehensive unilateral correction
Two implants in both legs — bilateral dual augmentation for maximum definition and width

3D custom-designed implants

For patients with significant calf atrophy or complex asymmetry, standard implant sizes may not adequately replicate the lost volume or match the contralateral leg. In these cases, Mr Nizamoglu can commission a 3D custom-designed implant from Anatomik Modelling — computer-designed from a high-resolution CT scan to match the patient’s precise anatomy. Custom implants are considered the gold standard for muscle deficiency and atrophy cases. See below for full details.

3D Custom-Designed Calf Implants for Calf Atrophy

Centre for Surgery is one of the few centres in the UK to offer 3D custom-designed calf implants for patients with calf atrophy resulting from congenital conditions, neurological disease or trauma. This service is provided through a partnership with Anatomik Modelling, a specialist manufacturer of computer-designed silicone implants.

How the process works

Step 1 — Imaging and measurements

Mr Nizamoglu arranges a high-resolution CT scan of both lower legs. The scan data is used to create a precise three-dimensional model of the patient’s anatomy, capturing the exact shape of the residual muscle, the overlying soft tissue depth, and the asymmetry relative to the unaffected leg.

Step 2 — Implant design and fabrication

The CT scan data is sent to Anatomik Modelling, where the implant is computer-designed to fill the precise volume deficit and replicate the contour of the unaffected leg. The implant is fabricated in biocompatible solid silicone. Design and fabrication typically takes several weeks — Mr Nizamoglu will advise on the current lead time at consultation.

Step 3 — Surgical placement

The custom implant is inserted using the same subfascial technique as standard implants — through a popliteal crease incision behind the knee. The custom shape ensures the implant fills the available pocket precisely, minimising the risk of migration or rotation that can occur when a standard implant is used in an atrophied leg with irregular muscle geometry.

3D custom calf implant results

3D custom-designed calf implant for unilateral calf atrophy. Posterior and lateral views showing volume restoration and improved lower leg symmetry.

The Calf Implant Procedure

Calf implant surgery is performed by Mr Metin Nizamoglu as a day case under TIVA (Total Intravenous Anaesthesia) at our CQC-regulated Baker Street facility. The procedure takes approximately two to three hours for bilateral augmentation.

Five-step diagram of the calf implant surgical procedure at Centre for Surgery showing step 1 TIVA Total Intravenous Anaesthesia administered by consultant anaesthetist, step 2 a 5 to 7 cm incision made in the popliteal crease behind the knee well-concealed in the natural skin fold, step 3 a precisely-sized subfascial pocket dissected above the gastrocnemius muscle and below the investing fascia which prevents implant migration, step 4 solid silicone implant inserted into the pocket with position and bilateral symmetry confirmed before closure, and step 5 closure with dissolvable sutures in layers followed by application of support stockings and compression garment before the patient wakes from TIVA; total operating time 2-3 hours for bilateral surgery as a day case with your surgeon's direct number for the first 24 hours and drains if placed removed at the dressing appointment 2-3 days later — The five-step calf implant procedure performed by Mr Metin Nizamoglu FRCS (Plast). Day case under TIVA at our Baker Street theatre.

Preoperative marking

With the patient standing, Mr Nizamoglu marks the popliteal crease incision positions and the boundaries of the subfascial pocket on each leg, confirming the implant placement plan.

Anaesthesia

TIVA is administered by a consultant anaesthetist. The patient is fully asleep throughout — no pain is experienced during the procedure.

Incision

A 5–7 cm incision is made in the popliteal crease behind the knee. This location is well-concealed within the natural skin fold and heals to a fine, inconspicuous scar.

Pocket creation

The surgeon creates a subfascial pocket above the gastrocnemius muscle. The pocket dimensions correspond precisely to the implant size selected — correct pocket sizing is critical to preventing implant migration or rotation postoperatively.

Implant insertion

The solid silicone implant is inserted into the pocket. Where dual implants are being placed, a second pocket is created over the lateral head of the gastrocnemius through the same incision. Implant position and symmetry are confirmed with the patient in multiple positions.

Closure

Incisions are closed with dissolvable sutures in layers. Support stockings are applied followed by a compression garment before the patient wakes from TIVA.

Discharge

The nursing team monitors you for one to three hours after waking. A responsible adult must take you home — driving is not permitted on the day of surgery.

Recovery After Calf Implant Surgery

Recovery from calf implant surgery requires more care than recovery after liposuction and most other body contouring procedures because the lower legs bear the body’s full weight during standing and walking. Following the postoperative protocol carefully directly reduces the risk of implant migration, wound complications and delayed healing.

Calf implant recovery timeline diagram showing seven milestones across the recovery period from day 0 day-case discharge with support stockings and compression garment applied, day 1 light walking only with avoidance of prolonged standing, days 7-10 wound check at clinic with sutures dissolving naturally, weeks 1-2 most patients return to desk-based work, week 3 stockings switching from continuous wear to nights only for a further 3 weeks, week 6 surgeon review with full exercise resuming including calf training, and months 3-6 final result visible with swelling resolved and scar matured; avoid prolonged standing and calf-loading activity including running jumping and weighted calf raises for 6 weeks; no smoking for 4 weeks after surgery — A typical calf implant recovery journey. Lower legs bear body weight — careful protocol prevents migration. Final result visible at 3–6 months.

Compression

Support stockings are applied at the end of surgery and worn continuously day and night for the first three weeks. These control swelling and limit implant movement in the early postoperative period while the pocket capsule begins to form. After three weeks they can be worn at night only for a further three weeks.

Mobility

Light walking is permitted from day one. Avoid prolonged standing and walking for the first two weeks. Calf-loading activities — running, jumping, stair climbing at pace — should be avoided for six weeks.

Pain

Managed with paracetamol as required. Most patients describe a feeling of tightness and pressure in the lower legs rather than sharp pain. Discomfort is typically well-controlled by the end of the first week.

Return to work

Desk-based work: one to two weeks. Roles requiring prolonged standing or walking require longer — typically three to four weeks minimum.

Return to exercise

Light activity at two weeks. Full exercise including calf-loading gym training at six weeks, subject to your surgeon’s review.

Physiotherapy

Physiotherapy may be recommended to restore range of motion and calf function, particularly in patients who had significant preoperative atrophy.

Results

Initial shape visible once swelling reduces — typically from six weeks. Final result at three to six months. The solid silicone implants are permanent and do not degrade over time.

Follow-up

Wound check at seven to ten days. Surgeon review at six weeks. Further reviews at three and six months are available. Your surgeon’s direct number for the first 24 hours after surgery.

How Much Do Calf Implants Cost in London?

Calf implants at Baker Street

From£6,500

One package price, agreed with your surgeon before anything is booked. No obligation, and at least two weeks to decide.

Book your consultation

£100 consultation, redeemed against your surgery

What your price includes

GMC-registered consultant plastic surgeon
Consultant anaesthetist and TIVA
Theatre time at our CQC-regulated Baker Street clinic
Pre-operative assessment with a nurse
A named patient coordinator throughout
Follow-up reviews with your surgeon

Performed under TIVA by a consultant anaesthetist

Spread the cost with flexible monthly finance See the full cost guide →

The cost of calf implant surgery at Centre for Surgery depends on whether one or two implants are placed per leg, whether custom Anatomik Modelling implants are required, and the overall complexity of the procedure. Pricing is confirmed following a face-to-face consultation with Mr Nizamoglu.

What affects the price

Number of implants: a single implant per leg for bilateral cosmetic augmentation costs less than dual implants per leg addressing both the medial and lateral heads
Unilateral or bilateral: treating one leg only is priced separately at consultation
Standard or custom implants: 3D custom-designed Anatomik Modelling implants carry an additional cost covering CT imaging, computer design and fabrication in addition to the surgical fee
Complexity: reconstructive and atrophy cases with irregular muscle geometry require more operative planning than straightforward cosmetic augmentation

See our full calf implants cost guide for prices by option, or call 020 7993 4849 to discuss your case with a patient coordinator.

The £100 consultation fee is redeemable against the cost of your procedure if you proceed.

Finance

You can pay in full or spread the cost with finance through Chrysalis Finance, subject to status. Plans and a representative example are on our finance options page, and a patient coordinator can talk you through them on 020 7993 4849.

What is included in your treatment package

As many preoperative consultations with Mr Nizamoglu as required
In-depth preoperative medical assessment
Dedicated patient coordinator throughout
Treatment at a CQC-regulated day surgery facility at Baker Street
TIVA administered by a consultant anaesthetist
Solid silicone calf implants (standard range)
Dissolvable sutures
Same-day discharge
Your surgeon’s direct number for the first 24 hours
Wound check at seven to ten days
Surgeon review at six weeks
Further reviews at three and six months available
Two-week cooling-off period from the date of consent

Compression garments and prescribed medications are purchased separately and confirmed with you in advance. 3D custom Anatomik Modelling implants carry an additional cost — detailed at consultation.

Why Choose Centre for Surgery for Calf Implants?

Centre for Surgery is a CQC-regulated cosmetic surgery clinic at 95–97 Baker Street, London W1U 6RN. All calf implant procedures are performed by a GMC-registered plastic surgeon with subspecialist experience in calf augmentation.

Clinical standards

All procedures by a GMC-registered plastic surgeon
One of very few UK centres offering 3D custom Anatomik Modelling implants for calf atrophy
Both implant and fat transfer techniques are available — your surgeon advises on the most appropriate for your anatomy
TIVA administered by a consultant anaesthetist throughout
Day case — admitted and discharged the same day
Your surgeon’s direct number for the first 24 hours
Wound check and six-week surgeon review included; further reviews at three and six months available
CQC-regulated Baker Street surgical facility

Cost

Calf implant pricing depends on whether standard or 3D custom implants are used, and whether one or two implants are placed per leg. See our full calf implants cost guide for prices.

Book a consultation

Phone: 020 7993 4849
Address: 95–97 Baker Street, London W1U 6RN

Consultation fee: £100, redeemable against your procedure cost. Finance available through Chrysalis Finance subject to status.

What To Expect

Your Consultation

A 45–60 minute consultation at Baker Street, always with Mr Metin Nizamoglu personally.

What is assessed:

Calf muscle volume and symmetry in both legs
Soft tissue thickness — this decides the implant size, since oversizing risks a visible edge
Whether one or two implants per leg will give the shape you want
For atrophy, whether a standard implant is enough or a 3D custom implant is needed

Where fat transfer could suit you better, both options are compared. We recommend a two-week cooling-off period, and the £100 consultation fee is redeemable against the procedure.

FAQs

Calf implants are solid silicone implants placed in the lower leg to add size, shape and definition to the calves. They are made of a firm but flexible silicone elastomer with no gel inside, so there is nothing to leak. Each implant sits in a pocket beneath the fascia over the gastrocnemius muscle, put in through an incision in the crease behind the knee. Calf augmentation with implants uses one or two implants per leg, in standard sizes or custom-made from a CT scan.
People choose calf implants for two main reasons: calves that stay small despite years of training, and calf atrophy or asymmetry after injury, illness or a condition present from birth. Implants add a defined, permanent volume that exercise often cannot. Calf size is largely inherited, as our guide to why small calves will not grow explains, so it is a common concern for men and women alike.
Yes, calf implants can restore the shape and symmetry of a calf that has lost muscle bulk. Calf atrophy can follow polio, spina bifida, Charcot-Marie-Tooth disease, spinal cord injury, club foot, compartment syndrome, trauma or previous surgery. Where one leg is much smaller or the muscle shape is irregular, a 3D custom implant can be designed from a CT scan to match the other leg, and one leg alone can be treated. Physiotherapy may be advised alongside recovery.
Calf implants give a firmer, more defined and predictable increase in size, because a solid implant is not reabsorbed. Fat transfer calf augmentation uses your own fat for a softer, subtler change, but 30 to 40% of it is usually reabsorbed. A second fat session may be needed. Implants suit a bigger change or marked atrophy, while fat transfer suits mild to moderate volume loss or asymmetry if you have enough fat to spare.
You may be suitable for calf implants if you are 18 or over, in good health, at a stable weight and have calves that are small, uneven or wasted. Enough soft tissue over the calf matters, because very thin lower legs can show the implant edge. You need to stop smoking four weeks before and four weeks after surgery. Calf implants suit both men and women, and if your lower legs have very little tissue cover, fat transfer may suit you better.
Most people who have calf implants are pleased with them. A 2022 meta-analysis by Escandón and colleagues ↗ pooled 48 studies of 2,455 patients and found 96.7% were satisfied after calf implants, against 87.2% after fat transfer, with 1.3% needing an implant removed. Implants give a lasting change that training often cannot, but they are still surgery, with a scar behind each knee and six weeks before calf training.
The cost of calf implants depends on how many implants go in each leg, whether one or both legs are treated, and whether you need a custom implant. Custom 3D implants add the cost of CT imaging, design and manufacture. Your price is confirmed in writing after a face-to-face consultation, and compression stockings are bought separately. Our calf implants cost guide sets out starting prices, and finance is available through Chrysalis Finance, subject to status.
Calf implant surgery takes about two to three hours for both legs, a little longer with two implants per leg. It is a day case under TIVA (total intravenous anaesthesia), so you are asleep throughout and go home the same day. The implant goes in through a 5 to 7 cm incision in the crease behind the knee, and symmetry is checked before closing with dissolvable stitches. Drains are sometimes used and, if so, come out a few days later. A responsible adult must take you home and stay for 24 hours.
Most people are back at desk work one to two weeks after calf implants, or three to four weeks if their job keeps them on their feet. Walk from day one, but avoid long periods standing for two weeks and running, jumping or calf training for six. Loading the calf too early can move the implant. Support stockings are worn day and night for three weeks, then at night for three more. Our calf implant recovery guide covers each week.
Correctly sized calf implants look like a fuller, more defined natural calf. The edge may be felt on firm pressure but should not be visible where there is enough soft tissue over the calf, which is why oversizing is avoided. The scar is a 5 to 7 cm line in the crease behind each knee, hidden in the natural fold, and it fades over three to six months. You can see results in our calf augmentation before and after photos.
Calf implants are generally safe when the implant is sized correctly and placed beneath the fascia, but every operation carries risks. Swelling, tightness and bruising are expected early on. Less common problems include infection, wound healing problems, the implant moving or rotating, and a visible edge in very thin legs. Compartment syndrome is rare but serious; a long-term series by Niechajev and Krag (2017) ↗ reported it in one of 50 patients, so severe or worsening calf pain needs urgent advice.
Calf implants are designed to last for life. They are solid silicone with no gel to leak, so unlike breast implants they have no replacement schedule. Removal or replacement is only needed if a problem such as the implant moving develops, or if you want a different size. Our guide on whether calf implants need to be replaced explains when revision surgery is considered.

What our patients say

Centre for Surgery Patient Reviews

It took me years and years and many consultations later to finally find the perfect place, and CFS was definitely that place for me. From my initial enquiry I felt completely comfortable. My patient coordinator Carla is one in a million.

Geri Google review · March 2026
I liked that my consultation was at the operating clinic and that I knew where I would be going for surgery, it took some of the fear away. […] I liked that my follow ups were with the same nurses that looked after me on the day of my procedure […]

Charlie G. Rhinoplasty · Google review · May 2024
When I had more questions later on, I was able to book another consultation without any issues, which gave me even more confidence that I was in the best hands.

Kat S. Google review · June 2026
The aftercare nurse that was working looked after me very well and made sure I wasn’t [in] any discomfort. They made sure my wife was ok upstairs as well, which was very important to me.

Jimi S. Gynecomastia surgery · Google review · February 2026
The nursing team at the Centre for Surgery provides an outstanding standard of care. From the pre-assessment to the post-operative follow-ups, they demonstrated absolute professionalism, clinical expertise, and deep knowledge.

Tiffany F. Google review · July 2026
Nikesh, the Senior Patient Coordinator, was approachable, knowledgeable and never made me feel pressured. […] Since then, the aftercare has been outstanding. The nursing team checked in with me every couple of days during my first week of recovery to see how I was healing, answer any questions and ensure everything was progressing as expected.

Delcina Y. Google review · July 2026
Ida carefully explained beforehand what the treatment would involve, the time it would take me to heal and what I could expect during my recovery. I appreciated the follow up from her to check on my progress.

David W. Laser skin treatment · Google review · June 2025
The nursing team, Patricia, Sowmya and Alejandra were very attentive and warm throughout my entire stay. I’ve had follow-up phone calls and I’ve also contacted them on a few occasions; I’m always treated to a high standard, and everything gets sorted promptly.

Deb S. Google review · May 2026
Having now experienced both the original procedure and the follow-up care, what has impressed me most is the standard of care throughout the entire process rather than just on the day of surgery.

Harry G. Google review · August 2026

4.6 Based on 340 Google reviews · Read every review on Google

Read patient reviews

Selected Google reviews, quoted word for word; […] marks where a review has been shortened. Individual experiences — results vary.