Dr Scott J Turner | Specialist Plastic Surgeon (FRACS) | Sydney
A pollybeak deformity is one of the more common reasons patients consider revision rhinoplasty. The name comes from the silhouette: fullness in the supratip region, just above the nasal tip, that gives the side profile a parrot-beak appearance. For a patient who was hoping for a smooth dorsal line and a defined tip, watching the supratip area stay full or develop fullness in the months after rhinoplasty can be deeply frustrating.
Dr Scott J Turner is a Specialist Plastic Surgeon (FRACS) practising at Bondi Junction and Manly in Sydney. This article explains what a pollybeak deformity is, why it develops, the difference between cartilaginous and soft tissue forms, the prevention strategies that may reduce the risk during primary rhinoplasty, and the surgical and non-surgical approaches available for correction.
What Is a Pollybeak Deformity?
The supratip region is the small area of the nose immediately above the tip. In a well-balanced rhinoplasty result, the supratip dips slightly below the line of the nasal bridge before the tip projects forward, creating what is sometimes called the supratip break.
A pollybeak deformity occurs when this supratip area becomes prominent rather than slightly recessed. The bridge appears to drop down toward the tip, the tip itself can look under-rotated or droopy, and the dorsal line loses its smooth profile. Some patients describe it as looking like the dorsal hump has come back, even though the original hump was reduced during surgery.
The condition is sometimes called supratip fullness, parrot beak nose, or beak nose deformity in patient discussion forums. In the medical literature it sits within the category of post-rhinoplasty deformities and is recognised as one of the more common reasons patients seek revision surgery.
Pollybeak correction often requires reinforcing tip support to prevent the tip from dropping as the supratip is reduced. For more on tip-specific revision techniques, see tip revision rhinoplasty.
Cartilaginous vs Soft Tissue Pollybeak
Pollybeak deformities are not all the same. The distinction between cartilaginous and soft tissue pollybeak matters because the cause, the timing of presentation, and the corrective approach are different.
Cartilaginous Pollybeak
A cartilaginous pollybeak develops when there is residual cartilage in the supratip region after primary rhinoplasty. The most common causes include incomplete reduction of the cartilaginous dorsal septum, particularly the anterior septal angle, an imbalanced reduction where the bony hump is taken down adequately but the cartilaginous dorsum is not lowered to match, or failure to address the entire length of the dorsum during hump reduction.
On examination, a cartilaginous pollybeak feels firm. Palpation reveals a definite cartilaginous fullness that does not compress under finger pressure. This type tends to become apparent earlier, often within three months of surgery as initial swelling resolves.
Soft Tissue Pollybeak
A soft tissue pollybeak is caused by accumulation of scar tissue in the dead space between the overlying skin and the underlying nasal framework after rhinoplasty. It is more common in patients with thicker skin, where the skin envelope does not redrape closely over the new bone and cartilage shape, leaving space that fibrous scar tissue can fill.
On examination, a soft tissue pollybeak feels softer and more compressible than its cartilaginous counterpart. It often appears later in the recovery course, sometimes only becoming clear at six to twelve months as the deeper swelling settles and scar tissue matures.
A combined picture, where both cartilaginous and soft tissue components contribute to supratip fullness, is also seen. The corrective approach in these mixed cases requires addressing both the structural cartilage and the soft tissue scar.
Why Pollybeak Deformity Develops
Several factors during primary rhinoplasty may contribute to the risk of pollybeak deformity.
Inadequate Supratip Cartilage Reduction
When the bony dorsum is reduced more aggressively than the cartilaginous dorsum, the supratip cartilage stays relatively prominent. As post-operative swelling resolves over months, the unaddressed cartilage becomes visible as a fullness above the tip. The anterior septal angle, where the septal cartilage meets the upper lateral cartilages, is a particularly common site for this under-resection.
Loss of Tip Support
The lower lateral cartilages and their supporting structures hold the nasal tip in its projected position. If tip support is weakened during primary rhinoplasty without adequate reinforcement through grafts or sutures, the tip can gradually drop. As the tip de-projects, the supratip area becomes relatively more prominent. Studies suggest insufficient tip support is a contributing factor in a significant portion of pollybeak cases.
Scar Tissue Formation
The space between the skin envelope and the underlying nasal framework after rhinoplasty is sometimes called the dead space. In thicker-skinned patients, or where dorsal reduction has been more aggressive, this dead space may fill with fibrous scar tissue rather than the skin redraping closely over the new contour. The scar tissue creates supratip fullness that does not always respond to conservative management.
Anatomical Predisposition
Some patients are at higher baseline risk because of their anatomy. Patients with thick, sebaceous nasal skin, predominantly cartilaginous dorsal humps, deep nasofrontal angles, or under-projected nasal tips may be more prone to pollybeak development. Patients of Middle Eastern, Mediterranean, and some Asian backgrounds often present with anatomical features that increase the baseline risk and require modified surgical planning. For more on this, see the ethnic rhinoplasty page.
Skin Thickness
Skin thickness deserves separate mention because it is one of the most influential factors. Thicker skin contains more sebaceous glands and a denser fibrofatty layer, which makes it less likely to redrape closely over a newly shaped nasal framework. The same surgical reduction that produces a defined supratip break in a thin-skinned patient may produce supratip fullness in a thick-skinned patient. For more detail on how skin thickness affects rhinoplasty outcomes, see thick skin in rhinoplasty.
How Pollybeak Deformity Is Diagnosed
A definitive diagnosis usually cannot be made in the first three to six months after primary rhinoplasty because residual swelling can mimic pollybeak fullness. Most patients are reassured at this early stage that what they are seeing is swelling and given time for it to resolve.
By six to twelve months post-rhinoplasty, swelling has resolved enough for an accurate assessment. The diagnosis is primarily clinical. Visual inspection of the lateral profile shows the loss of the supratip break, with the dorsal line continuing into the tip rather than dipping above it. Palpation differentiates cartilaginous from soft tissue causes: a firm, non-compressible fullness suggests residual cartilage, while a softer, compressible fullness suggests scar tissue or persistent swelling.
In some cases, particularly where there is uncertainty about the contribution of scar versus cartilage, imaging may be considered. Standardised photography from multiple angles is essential for documenting the deformity and tracking response to any treatment.
Prevention During Primary Rhinoplasty
Prevention is more effective than correction. The strategies used during primary rhinoplasty to reduce pollybeak risk include:
Thorough preoperative evaluation. Skin thickness, dorsal hump composition, tip support, and the depth of the nasofrontal angle are all assessed at consultation. Patients identified as higher risk are flagged for modified surgical planning and counselled about the longer maturation period and the possibility of supratip fullness during healing.
Balanced dorsal reduction. The bony and cartilaginous components of the dorsum are reduced in equal measure. The anterior septal angle is addressed deliberately. The dorsal aesthetic line is checked from multiple angles intraoperatively before closure.
Adequate tip support. Where tip projection is at risk of dropping, structural reinforcement is added. This may include a columellar strut graft, septal extension graft, or tip-defining sutures depending on the specific anatomy. Maintaining tip projection helps preserve the supratip break as healing progresses.
Soft tissue management. Where the dead space between skin and framework is a concern, careful tissue handling and supratip taping during early recovery may help the skin redrape more closely over the new shape. Specialised taping and splinting techniques are used to compress the soft tissue envelope against the underlying framework.
Early intervention with corticosteroid injections. If supratip fullness is identified early in the recovery course in a patient at known risk, low-dose triamcinolone acetonide injections can sometimes prevent the fullness from progressing into a fixed deformity. This is a clinical decision made on a case-by-case basis.
Treatment Options
Treatment depends on the type of pollybeak, the time since primary surgery, and the severity of the deformity.
Non-Surgical Management
For mild deformities, particularly those predominantly caused by soft tissue scar in the early healing phase, non-surgical options may be appropriate.
Corticosteroid injections. Triamcinolone acetonide injected directly into the supratip area can reduce inflammation and scar tissue activity. Multiple sessions spaced several weeks apart may be required. Injections are most effective in the first six to twelve months when scar tissue is still maturing and may be less helpful once the scar is fully established.
Therapeutic taping. In the early post-operative period, specialised taping techniques may help compress the supratip soft tissue against the underlying framework, encouraging closer skin adaptation as healing progresses.
Hyaluronic acid filler camouflage. A small volume of filler placed in the radix area, just above the bony dorsum and below the supratip fullness, can sometimes camouflage a mild deformity by lifting the dorsal line above the supratip prominence. This is a temporary solution that requires maintenance treatments and is not a substitute for surgical correction in significant cases.
Revision Rhinoplasty
When a pollybeak deformity is significant and well-established, revision rhinoplasty is generally the most effective option. Revision rhinoplasty for pollybeak correction is technically more demanding than primary rhinoplasty for several reasons. The anatomy has been altered, scar tissue is present, and the soft tissue envelope behaves differently than in a never-operated nose. Revision is typically not considered until at least 12 months after primary rhinoplasty, often 18 months in patients with thick skin, to allow tissues to mature fully. When pollybeak coexists with functional concerns, the broader assessment for breathing problems after rhinoplasty becomes part of the consultation.
The surgical approach depends on the type of pollybeak.
For cartilaginous pollybeak: The focus is on precise removal of excess septal cartilage at the supratip, particularly the anterior septal angle. The dorsal septum is refined to recreate the supratip break. Tip projection is reassessed and reinforced with grafting if needed. Both bony and cartilaginous dorsum are checked for balance.
For soft tissue pollybeak: The focus shifts to addressing the scar tissue and supporting the skin envelope. Excision of excess scar tissue from the supratip region is performed, sometimes with placement of structural grafts beneath the skin to support its redraping. Tip support is reinforced if it has weakened.
For combined cases: Both elements are addressed in the same operation.
In all revision cases, autologous cartilage may be needed for grafting. The septum is the first source where available, followed by the ear (conchal cartilage) or the rib (costal cartilage) depending on the volume needed and the prior surgical history.
Recovery After Pollybeak Revision Surgery
Recovery after revision rhinoplasty follows a similar timeline to primary rhinoplasty but with some key differences. Visible swelling typically resolves over the first two to three weeks, with the cast and splint removed at around one week. The longer maturation phase, where the nose settles into its final shape, often takes longer in revision cases. Final settled appearance may take 12 to 18 months, sometimes longer in thick-skinned patients.
For more detail on what to expect during the early weeks, see the week-by-week rhinoplasty recovery timeline.
Risks of Revision Rhinoplasty
Like all surgery, revision rhinoplasty carries risk. Beyond the general risks of rhinoplasty (bleeding, infection, asymmetry, breathing issues, scar formation, and dissatisfaction with the cosmetic outcome), revision specifically carries:
- A higher rate of needing further correction than primary rhinoplasty, sometimes called secondary revision
- Greater unpredictability of healing because of altered anatomy and scar tissue
- The possibility of needing autologous cartilage graft from a second site (ear or rib)
- Longer recovery and a longer maturation period before the result is settled
These risks are discussed in detail at consultation. For a fuller overview of rhinoplasty risks generally, see understanding rhinoplasty risks and complications.
AHPRA Cosmetic Surgery Requirements
Where revision rhinoplasty is performed for cosmetic indications such as correction of a pollybeak deformity, the procedure is subject to the AHPRA cosmetic surgery requirements that came into effect on 1 July 2023:
- GP referral required before the first consultation
- Minimum of two consultations with the operating surgeon before any surgical decision
- Psychological evaluation where indicated
- Cooling-off period between consent and surgery
- All marketing and consultation processes must comply with AHPRA cosmetic advertising rules
Where the revision is performed primarily for functional reasons, such as correcting nasal valve collapse with associated cosmetic deformity, a different regulatory pathway may apply. Dr Turner’s team will confirm which requirements apply to your specific situation at consultation.
Frequently Asked Questions
How long after rhinoplasty does a pollybeak deformity become apparent?
Cartilaginous pollybeak often becomes visible within three to six months as initial swelling resolves. Soft tissue pollybeak may take six to twelve months to become clear, because scar tissue continues to mature during that window. A definitive diagnosis is generally not made before six months post-rhinoplasty, since residual swelling can mimic the appearance of supratip fullness.
Can a pollybeak deformity be fixed without surgery?
Mild pollybeak deformities, particularly those caused by soft tissue scar in the first year after primary rhinoplasty, may respond to corticosteroid injections, therapeutic taping, or small-volume hyaluronic acid filler placed to camouflage the dorsal line. Significant or established cartilaginous deformities generally require revision rhinoplasty for definitive correction.
How long should I wait before considering revision surgery?
Revision rhinoplasty is typically not considered until at least 12 months after primary rhinoplasty. In patients with thick skin, the wait is often 18 months because the swelling and scar tissue maturation phase is longer. Operating before tissues have settled increases the risk of an unpredictable result.
Is revision rhinoplasty more difficult than primary rhinoplasty?
Yes. Revision rhinoplasty is technically more demanding because the anatomy has been altered, scar tissue is present, native cartilage may have been depleted at the primary operation, and the soft tissue envelope behaves differently than in a never-operated nose. The need for autologous cartilage graft from a second site (ear or rib) is more common in revision cases. For more detail, see the revision rhinoplasty page.
Does Medicare cover revision rhinoplasty for pollybeak correction?
Revision rhinoplasty performed for purely cosmetic correction of a pollybeak deformity is not covered by Medicare. Where the revision also addresses a documented functional component, such as breathing obstruction associated with the pollybeak or related anatomical changes, a partial Medicare rebate may apply to the functional component. Clinical criteria must be met and documented. For more detail, see will Medicare cover my rhinoplasty.
Consult with Dr Scott J Turner
Dr Scott J Turner is a Specialist Plastic Surgeon (FRACS) with extensive experience in primary and revision rhinoplasty. He consults at Bondi Junction and Manly in Sydney, and at clinics in Brisbane (Spring Hill, Herstellen Clinic) and Canberra (Campbell ACT, Friday consultations). Surgery is performed in Sydney at Bondi Junction Private Hospital, Delmar Private Hospital in Dee Why, and East Sydney Private Hospital.
If you are concerned about supratip fullness after a previous rhinoplasty, the first step is a thorough assessment to determine whether what you are seeing is residual swelling, an early scar response that may settle, or an established pollybeak deformity. Where a pollybeak is confirmed, the consultation discussion covers the type, the cause, the timing for any intervention, the surgical and non-surgical options, the realistic outcomes, and the risks.
Contact the practice to arrange a consultation, or read more about Dr Turner’s background and training.
