Otoplasty in Turkey: correcting prominent ears

Otoplasty in Turkey: correcting the shape and the position of the ears

Otoplasty is cosmetic surgery on the outer ear that corrects its shape, its position or its size. It is used above all for prominent ears, called prominauris in medical terms, where the ear sits far enough from the skull to throw the proportions of the face out of balance. The surgeon brings the ear back towards the head and rebuilds the folds where the relief is missing, aiming for a natural whole rather than symmetry measured to the millimetre. This page brings together what you need to decide on an otoplasty in Turkey with your eyes open, from the anatomical indication through to follow-up once you are home; the otoplasty guide covers the techniques and the recovery in more teaching detail.

Two prevalence figures get quoted, and they do not cover the same ground. Prominent ears, defined by an auriculocephalic angle above 30 degrees, affect around 5% of the Caucasian population. A more recent review, which adds prominauris to the other deformities of the outer ear, puts all of these anomalies together at 5 to 10% of the population (Kaleeny and Janis, 2026). The first measures one precise anomaly, the second a whole family of ear shapes. On either reading, this is common enough to make ear surgery a routine operation. Each case is still judged on the photographs and on the real anatomy of the ears.

Modern otoplasty took shape in the middle of the twentieth century, when surgeons such as Furnas and Mustardé established that cartilage could be moulded and then fixed in a new position, instead of simply being folded back against the skull. Techniques multiplied from there, each aimed at a particular contour: the fold of the antihelix, the projection of the concha, or both together. That accumulation is why the surgical plan is still decided ear by ear, from what the examination shows.

The anatomy of the outer ear and how it forms

The outer ear is made up of the pinna and the ear canal. The pinna is a plate of cartilage covered in skin, and the surgeon needs to know its contours to reshape them without flattening them out: the helix draws the rolled outer rim, the antihelix forms the Y-shaped inner fold, the tragus juts out in front of the canal, while the lobe, the soft lower part, holds no cartilage at all. When the antihelix stays too flat, the ear remains open towards the front. When the concha is too deep, it pushes the whole ear forward. These two mechanisms, on their own or together, account for most prominent ears.

The ear starts to develop in the third week of pregnancy, with the otic placode. The hillocks of His, six embryonic swellings, fuse at around the twelfth week to make up the different parts of the outer ear. This assembly in several pieces, when it stays incomplete or goes slightly awry, explains the range of congenital anomalies: Stahl’s ear, cup ear, a missing antihelical fold, an excess of conchal cartilage. Other deformities appear later, after a trauma, an accident or a sports injury, and then call for reconstructive otoplasty rather than a correction of angle. In those cases the surgeon works out what the remaining cartilage makes it possible to restore, without promising an ear identical to the intact one.

This level of anatomical detail drives the choice of technique directly. Recreating an antihelical fold only makes sense if that fold is missing, whereas an ear pushed forward by a deep concha calls for work on that hollow, and removing cartilage is only worth discussing where the central volume really is excessive. Examining the ear, backed up by photographs from the front, in profile and sometimes at three-quarters, is exactly what separates these situations before the surgical plan is settled.

When an otoplasty is indicated

The main indication is still prominauris, an angle between the ear and the skull above 30 degrees where the usual aesthetic range sits between 15 and 20 degrees; the surgeon works to bring the ear back inside that range. Other congenital malformations also justify a correction, Stahl’s ear and cup ear among them, often spotted at birth or in early childhood. Where the cartilage is supple enough, treating it early avoids a self-consciousness that settles in over the school years.

Beyond the measurement, the decision very often comes down to how much it bothers the person. Teasing and bullying about the ears weigh on self-esteem, in children and teenagers above all, while an adult request tends to come from an old hang-up or from a weariness at having to hide the ear. The indication itself stays anatomical: it holds when the anatomy of the ear is something surgery knows how to change and when the expectations put into words match that result. Patients often report feeling more confident afterwards, younger ones especially, though the surgeon cannot promise it, since it also depends on personal circumstances and on what was expected in the first place.

Mustardé, Furnas, Davis and the combinations

The literature describes more than 200 otoplasty techniques, which reflects the range of anatomical situations rather than any hesitation: whether the problem lies in the fold of the antihelix, in the projection of the concha or in both, the surgical answer changes. Three methods are the reference points, and they turn up, alone or combined, in most protocols.

The Mustardé technique answers an antihelix that is absent or too faint. Permanent stitches placed on the back of the cartilage bend it and hold the new fold, and no fragment is taken away. The ear keeps its thickness and its suppleness, which makes the method suitable for prominent ears where the concha is not in excess.

The Furnas technique targets the concha when it throws the ear forward. Conchomastoid sutures anchor that hollow to the bone behind the ear, which closes the auriculocephalic angle. It often goes with Mustardé, since a flat antihelix and a deep concha frequently sit on the same ear.

The Davis technique removes part of the conchal cartilage when the overgrowth is too great for stitches alone to compensate. How much is taken away has a direct bearing on the final shape, which is why it is kept for clearly excessive volumes and put in experienced hands.

Across 22 studies, hybrid protocols that mix sutures with cartilage scoring, or scoring with a flap, are associated with fewer recurrences and fewer revision operations than approaches limited to a single method (Thomson, Gosden and Mandal, 2026). Scoring thins the cartilage so that it bends more easily, and the flap gives it extra support. In our partner clinic, the combination is settled case by case, according to how rigid the cartilage is and the contour to be obtained. Recent papers also describe minimally invasive routes and laser-assisted reshaping; these options come on top of the suture and cartilage work set out here rather than replacing it.

How the operation goes

Planning brings together an examination of the ear, a conversation about expectations and a set of photographs. A 3D simulation sometimes helps you picture the position being aimed at, without replacing the clinical examination. The anaesthetic is local with sedation, or general, depending on how complex the reshaping is, on the patient’s age and on what was agreed at the pre-operative consultation. The areas to be corrected are marked before a local anaesthetic is infiltrated, for comfort and to reduce bleeding.

The incision usually follows the crease behind the ear, so the scar hides in a natural fold. Once the cartilage is exposed, the surgeon places the permanent sutures that create or deepen the antihelix, then adds, if the concha still pushes the ear forward, the stitches that bring it closer to the skull; excess conchal cartilage can be removed or reshaped during the same operation. The skin is closed carefully to keep the scar discreet, and a pressure dressing holds the position obtained while it brings the swelling down. You are handed your aftercare instructions before going back to the hotel: how to manage the pain, how to protect the ears.

This sequence is the same for a child and for an adult. What changes is the type of anaesthetic, how supple the cartilage is and how firmly the surgeon sets the sutures. Cartilage that is still soft, as it is in childhood, takes a new fold more readily, whereas adult cartilage, stiffer, needs a heavier hand and sometimes a combination of methods. All of this is settled beforehand, from the examination and the photographs, so that the patient knows what is planned before travelling.

Recovery, results and what the studies measure

The first few days are there above all to protect the fold that has just been made. The pressure dressing holds the ears through the first week, then the headband is worn at night for the following 2 to 3 weeks. Light activity becomes possible again after 3 to 5 days, depending on how uncomfortable you feel, while the swelling and the bruising settle over the first few weeks; mild painkillers are enough in most cases. The shape you see when the dressings come off is not yet the final shape, which takes 1 to 2 months to emerge, once the swelling has gone. Further out, the cartilage keeps the position it was given, with ageing slowly altering the look of it.

Across 18 studies (1590 patients, 3060 ears), the mastoid-helix distance, which separates the mastoid bone from the free edge of the ear, drops on average from 27.1 mm to 15.4 mm after otoplasty, over a follow-up averaging 24.5 months (Kaleeny and Janis, 2026). This result pools published series and gives an order of magnitude for how much the ear is brought in when the indication is properly set. It says nothing about what a particular anatomy allows, a point that only examining the ear can establish.

Risks and follow-up

Like any surgery on the outer ear, otoplasty carries complications worth knowing about before you commit. A systematic review of 28 studies (3493 patients) puts haematoma or bleeding at 2.5%, infection at 0.8%, healing problems at 3%, troublesome scars at 1.6%, pain and itching at 13%, and revision or recurrence at 5% (Sadhra, Motahariasl and Hardwicke, 2017). These rates describe what the literature sees across pooled series; they cannot predict a particular case. The year of follow-up organised by Body Expert, based on photographs and on exchanges in English, is there precisely to catch a haematoma, a scar that thickens or a partial recurrence early.

Day to day, the complications most often mentioned remain haematoma, infection and slight asymmetry. How often they occur justifies clear information beforehand without making otoplasty a high-risk operation. What really weighs on the outcome is the choice of candidate, sticking to the dressing instructions and being able to flag anything unusual straight away, including once you are back home.

Why have an otoplasty in Turkey with Body Expert

Facial surgery has for several years been a sizeable part of Turkish medical activity, and Istanbul accounts for a large share of it. At Body Expert, otoplasty follows the same framework as the other aesthetic surgery in Turkey procedures: the operation takes place in our partner clinic in Istanbul and the stay is organised in English. The package comes with the 5-star hotel including the nights and breakfast, VIP transfers, a dedicated English-speaking coordinator and 12 months of post-operative follow-up; the quote, free and with no obligation, is drawn up within 24 hours, while your flight stays down to you. The gap with UK prices can reach 70% savings for a correction carried out with the techniques set out above.

The journey opens with the photographs. The surgeon gives a first opinion, the quote spells out what is planned, then the dates are set with the team. Shots from the front and in profile, ears fully clear, are the basis for that first reading, which the clinical examination confirms when you arrive in Istanbul. A transfer takes you to the hotel, then to the clinic, where the work-up comes before the surgical plan is signed off. The days after the operation are spent on site, the time it takes for the dressing and for the surgeon’s green light before the flight home. Once home, follow-up carries on remotely for a year, and that continuity has real medical value: a sharp photograph, sent at the right moment, lets a scar, a swelling or a partial recurrence be judged without waiting for a late appointment.

Who can be operated on, and on what terms

In children, the operation is usually offered from 5 to 6 years old: the ears have reached about 90% of their adult size by then and the cartilage keeps the suppleness that reshaping needs. In adults, age is no obstacle in itself, as long as the health check is favourable. The surgeon weighs up the shape of the ear, the patient’s own motivation, which counts for a lot with a child, and how realistic the expectations are. Explaining plainly what reshaping can change, and what it will not, avoids aiming for a symmetry the anatomy cannot reach.

So the right moment is a matter of readiness rather than a birthday. It comes when the request is understood, when the photographs allow a reliable opinion and when the surgical plan has been explained in English. The free quote within 24 hours, with no obligation, is there to set that framework out before any ticket is bought, and the year of follow-up keeps the conversation going after the return home, when the swelling has gone and the shape settles.

Sources

1. Sadhra, S. S., Motahariasl, S., & Hardwicke, J. T. (2017). Complications after prominent ear correction: A systematic review of the literature. Journal of Plastic, Reconstructive & Aesthetic Surgery, 70(8), 1083-1090.
2. Kaleeny, J. D., & Janis, J. E. (2026). Otoplasty Surgical Techniques and Clinical Outcomes: A Practical Review. Plastic and Reconstructive Surgery Global Open, 14(1), e7404.
3. Thomson, H., Gosden, J., & Mandal, A. (2026). Otoplasty for prominent ear: A systematic review of surgical techniques. JPRAS Open, 49, 221-233.