Quick Answer
Otoplasty surgically corrects prominent ears — ears that protrude due to inadequate antihelical folding, an overly large conchal bowl, or a combination of both. It is one of the few aesthetic procedures performed with excellent results in children from age five or six, as well as adults of any age. At Inform Clinic in Hyderabad, Dr. Dushyanth Kalva uses cartilage sculpting and suturing techniques to reposition the ears closer to the head — with all incisions hidden behind the ear so no scar is visible from the front or side. The result is ears that sit in natural proportion to the head, and the improvement in confidence — particularly in children — is among the most dramatic of any aesthetic procedure.
Understanding Ear Anatomy and What Makes Ears Prominent
To understand what otoplasty corrects, it helps to understand the basic anatomy of the outer ear and why some ears protrude while others do not.
The outer ear (auricle or pinna) is composed of a framework of elastic cartilage covered by thin skin. The visible folds and contours of the ear — the helix (outer rim), antihelix (inner ridge), concha (bowl), and tragus (small projection in front of the ear canal) — are formed by the specific shape of this cartilage. The ear normally sits at an angle of approximately 20–30 degrees from the side of the head, with the helix (outer rim) lying roughly 1.5–2cm from the scalp at its widest point.
Prominent ears develop when:
The antihelix is underdeveloped or poorly folded. The antihelix is the curved ridge of cartilage that runs parallel to the outer helix. When this fold does not develop fully in foetal life, the cartilage remains relatively flat, pushing the whole ear forward and outward. This is the most common anatomical cause of prominent ears and accounts for the majority of otoplasty procedures.
The conchal bowl is too deep. The concha is the cup-shaped hollow at the centre of the ear that leads to the ear canal. When this bowl is excessively deep, it physically pushes the ear outward from the head even if the antihelix is reasonably formed. This is the second most common cause and often coexists with antihelical under-development.
The ear is positioned too far forward on the skull or the earlobe is particularly protrusive. Less common contributing factors that may be addressed as part of a comprehensive correction.
The degree of protrusion is measured from the back of the helix to the scalp at the level of the mid-ear. Ears protruding more than 2–2.5cm at this measurement are generally considered prominent. Significant asymmetry between the two sides is also a common finding — most people have slightly different ears, but when the difference is greater than 3–5mm in protrusion, it becomes noticeable and can be specifically targeted during correction.
Who Is Otoplasty For?
Children: The Right Window
Otoplasty in children is not a cosmetic indulgence — it is a genuinely important quality-of-life procedure. Children with prominent ears are at significantly elevated risk of bullying, teasing, and the psychological harm that comes with it. Research consistently shows that correcting prominent ears in early childhood reduces the incidence of bullying-related psychological trauma.
The ideal age window is five to six years old. By this age:
- The ear cartilage has reached approximately 85–90% of its adult size — the ear will not change significantly in shape or size after correction
- The cartilage is still relatively soft and pliable, making reshaping technically easier and the result more reliable
- The child is old enough to cooperate with post-operative care instructions (wearing the headband, avoiding activities)
- Social awareness increases significantly at school entry — correcting before the child begins primary school avoids the most vulnerable period for bullying
Correcting before age five is generally not recommended because cartilage growth is not yet sufficiently established and results are less predictable. There is no upper age limit — otoplasty in adults produces equivalent results with the same techniques.
Adults: Equally Good Results
Many adults who did not have their prominent ears corrected in childhood present for otoplasty in their 20s, 30s, or later. The procedure is technically identical to childhood otoplasty — adult cartilage is firmer and requires more active scoring techniques to reshape, but the outcomes are equivalent. Adults are operated under local anaesthesia rather than general anaesthesia, which significantly simplifies the procedure.
Motivations in adults include:
- Years of self-consciousness that finally reach a point where the patient wants resolution
- A new hairstyle or life change (haircut, professional change) that makes the ears more visible
- Wanting to correct the issue before a significant event (wedding, public role)
- Simply having reached the point of deciding the improvement is worth the procedure
The Surgical Techniques
Otoplasty uses one or more of three fundamental techniques depending on the specific anatomical problem:
Cartilage Scoring and Reshaping
When the antihelix is inadequately folded, the cartilage must be weakened and reshaped to create the missing fold. Scoring — making multiple controlled partial-thickness cuts on the anterior (front) surface of the cartilage — weakens its natural spring and allows it to be bent into the desired position. The scored cartilage is then held in its new position with permanent sutures. This technique (or a variant) addresses the underlying structural cause of flat-ear prominence.
Mustardé Sutures
Named after the surgeon who described the technique, Mustardé sutures are horizontal mattress sutures placed through the cartilage to create and maintain the antihelical fold. The sutures draw the upper and lower limbs of the antihelix together, recreating the fold that was absent. This is the primary suture technique for antihelical under-development and is used in the majority of otoplasty procedures. Permanent, non-absorbable sutures are used because the cartilage will spring back to its original shape if sutures dissolve before the cartilage remodels.
Furnas Sutures (Conchal Setback)
When the conchal bowl is excessively deep, Furnas sutures are used to reduce it. These sutures are placed between the conchal cartilage and the mastoid periosteum (the tough tissue covering the bone behind the ear), drawing the concha backward toward the skull and reducing the degree to which it pushes the ear forward. This technique directly addresses the conchal component of protrusion and is often combined with Mustardé sutures when both problems coexist.
Earlobe Correction
Prominent earlobes — where the lobule itself projects significantly — may require a small additional correction. A small wedge of tissue is removed and the lobe is repositioned closer to the head. This is a minor addition to the main procedure when needed.
At Inform Clinic, the combination of techniques used for each patient is determined individually based on pre-operative assessment of the specific anatomical findings.
What Happens During Surgery
In Children
Otoplasty in children under 12 is performed under general anaesthesia, typically as a day-case procedure. Parents are advised the procedure takes 90–120 minutes. The child is anaesthetised and maintained in deep sleep for the duration; the surgical team then proceeds as for adult surgery. Children wake in the recovery room with their head bandage already in place.
Choosing a facility with a paediatric-experienced anaesthesia team is important when operating on children. Parents should confirm the anaesthetist's experience with paediatric cases at the pre-operative consultation.
In Adults and Older Adolescents
Adult otoplasty is performed under local anaesthesia with optional sedation (twilight sedation), also as a day-case procedure. Local anaesthetic is infiltrated behind and around the ear to completely numb the operative field. Patients are awake or lightly sedated but feel no pain — only occasional pressure during the procedure. This simplifies the anaesthetic risk significantly and allows very quick recovery and discharge.
The Procedure
Regardless of age or anaesthetic type, the surgical sequence is:
- A well-placed incision is made in the crease behind the ear (postauricular sulcus) — this sits in the natural fold between the ear and the scalp and is completely invisible from the front or side
- The posterior skin is elevated to expose the posterior surface of the cartilage
- The appropriate combination of scoring, Mustardé sutures, and Furnas sutures is applied to achieve the planned correction
- Ear position is assessed from multiple angles — both sides are compared simultaneously to optimise symmetry
- The posterior incision is closed with absorbable sutures
- A circumferential head bandage is applied to support and protect the repositioned ears
Recovery: What to Expect Week by Week
Days 1–7: Bandage Phase
The circumferential head bandage is worn continuously for the first 7 days. This phase is the most uncomfortable — aching and pressure under the bandage are normal, well-managed with oral analgesia. Sleeping is easiest on the back with the head slightly elevated. Children typically adjust to the bandage faster than expected; adults often find it more inconvenient.
Light activity — walking, reading, screen use — is fine from day two or three. Heavy activity, anything that risks a blow to the ears, and bending forward causing pressure on the bandage should be avoided.
Day 7–10: Bandage Removal and Transition
At the first review appointment, the bandage is removed, the wound is inspected, and suture integrity is assessed. Bruising is visible — most is behind the ear and not apparent from the front. Swelling is present; the ears appear more corrected than the final result at this point because swelling adds to the perceived position change. This is expected.
A softer elasticated headband (sports-style headband worn over the ears) replaces the bandage and is worn for a further 4–6 weeks, particularly at night. During the day, the headband can be removed for social situations after the first 2 weeks in most patients.
Weeks 2–6: Headband Phase
The ears are tender if bumped or compressed. Contact sport and rough physical activities that risk trauma to the ears are completely avoided for 6 weeks — this is particularly important for children. Swimming is typically permitted from week 4 when the wound is well healed. Regular follow-up allows Dr. Kalva to assess position, suture integrity, and early scar quality.
Most patients return to school or work within 7–14 days, wearing the headband. Many children prefer to return to school once the bulky bandage is replaced with the lower-profile headband.
Months 2–6: Result Emerging
Swelling resolves progressively. The position of the ears stabilises over this period as the cartilage remodels around the sutures. The scar behind the ear softens from a pink raised line to a finer, flatter, and increasingly pale scar. The final position is fully established by 3 months; the scar continues to mature to 12 months.
The Scar
All incisions in otoplasty are placed in the postauricular crease — the natural fold between the back of the ear and the scalp. This location means:
- The scar is completely hidden when viewed from the front or side, regardless of hairstyle
- Even with hair tied back, the scar is in the shadow of the ear fold and not visible at normal conversational distances
- The scar fades from pink to a fine pale line over 6–12 months
Hypertrophic scarring behind the ear is possible, particularly in patients with South Asian skin tone who have a genetic tendency toward more reactive scarring. This should be discussed pre-operatively and scar management (silicone gel, occasional steroid injection if needed) begun at 4–6 weeks post-operatively.
Recurrence: Can Ears Return to Their Original Position?
Partial recurrence — the ear returning partway toward its original position — is the most common long-term concern after otoplasty. It occurs more commonly when:
- The headband is not worn consistently during the healing phase — early mechanical pressure on the ear before sutures have fully integrated can pull the cartilage back
- Cartilage is particularly stiff or springy — some patients have more resilient cartilage that resists the repositioning
- Sutures are placed under excessive tension and subsequently cut through the cartilage
The incidence of significant recurrence requiring revision with good modern technique is low — approximately 3–5%. Minor asymmetric differences between the two sides are more common and may occasionally benefit from a small adjustment under local anaesthesia.
Asymmetry After Otoplasty
Most patients have some pre-existing asymmetry between their two ears before surgery. This is normal and expected — very few people have perfectly symmetrical ears. The goal of otoplasty is not mirror-image symmetry (which does not exist in nature) but rather for both ears to sit in a position that looks proportionate and natural.
Mild residual asymmetry after otoplasty is common and usually acceptable. If asymmetry is significant or if one ear has partially recurred, a revision procedure under local anaesthesia can address the specific discrepancy.
Risks of Otoplasty
Otoplasty is a well-established, safe procedure with a long track record. Specific risks include:
Haematoma — collection of blood behind the ear in the early post-operative period. Presents as sudden, increasing pain and swelling under the bandage. Requires prompt drainage to prevent cartilage damage.
Infection — uncommon with appropriate antibiotic prophylaxis. Infection around permanent sutures may require suture removal, after which cartilage may partially spring back.
Cartilage necrosis — very rare; can occur if blood supply to the cartilage is compromised. Prevented by careful technique that does not excessively strip or damage the cartilage perichondrium.
Suture extrusion — occasionally a permanent suture works its way through the overlying skin and becomes visible or palpable. This requires removal of the extruded suture and re-suturing if the position has shifted.
Telephone ear deformity — an over-correction in the mid-portion of the ear with insufficient correction of the upper and lower poles, creating an appearance where the middle of the ear is excessively close to the head. Avoided by comprehensive correction across the full height of the ear.
Otoplasty Cost in Hyderabad
Cost depends on whether the correction is unilateral (one ear) or bilateral (both ears), the anaesthesia type (local vs general), and the complexity of the correction needed. Bilateral otoplasty under local anaesthesia in adults is one of the most cost-effective aesthetic procedures available — a single procedure with a permanent result. A transparent quote is provided after consultation and examination at Inform Clinic. No hidden charges.
Why Ear Reshaping Has the Highest Satisfaction in Aesthetic Surgery
Otoplasty consistently ranks among the highest-satisfaction procedures in patient outcome surveys. The reason is straightforward: prominent ears are a visible, specific, clearly defined problem with a reliable, permanent solution. Unlike many aesthetic concerns where the "improvement" is subtle or subjective, ear repositioning produces an obvious, measurable, permanent change that patients and their families immediately appreciate.
For children, the timing is particularly impactful. Parents who correct their child's ears before school entry frequently report that the child's confidence and social engagement improve markedly — the absence of a feature that would have attracted teasing allows children to develop without that particular vulnerability.
If you are in Hyderabad considering otoplasty for yourself or your child, a consultation with Dr. Dushyanth Kalva at Inform Clinic will provide a comprehensive assessment of the specific anatomy, a clear explanation of the planned technique, and an honest discussion of what the result will look like and how long it will last.