Face Lift Surgery

Facial nerve injury risk and why surgeon experience matters more than the technique’s name

Every facelift carries some risk to the nerves that run through the operating field, and understanding which nerves are involved helps explain why a surgeon’s specific experience matters more than which named technique appears on the consent form.

Two distinct types of nerve can be affected. Sensory nerves carry feeling; the one most commonly affected in facelift surgery is the great auricular nerve, which crosses the sternocleidomastoid muscle in the neck and is vulnerable during neck and lower-face dissection. Injury here causes numbness, and occasionally a tender nodule if the nerve is cut rather than stretched. It is the single most frequently injured nerve in facelift surgery, though most cases resolve.

Motor nerves carry movement, and the relevant one is the facial nerve, which exits near the ear and branches out to supply the muscles of facial expression. Two of its branches run close enough to the facelift dissection plane to be at risk: the temporal branch, which crosses the zygomatic arch superficially and controls brow elevation, and the marginal mandibular branch, which runs along the jawline and controls movement of the lower lip. Injury to either is uncommon in experienced hands, and the great majority of cases that do occur are temporary, caused by stretch or local anaesthetic infiltration rather than a cut nerve; permanent motor injury is rare. A stretched nerve typically recovers over weeks to a few months as the swelling and bruising that compressed it resolves.

This is where technique and experience intersect. A deep plane facelift, by design, dissects in a plane that lies closer to the course of the facial nerve’s branches at certain points than a more conservative SMAS plication does, in order to release the ligaments and move tissue as one unit. That does not make deep plane facelifts inherently more dangerous in a trained surgeon’s hands, because the technique depends entirely on the surgeon knowing precisely where each branch travels relative to fixed landmarks and staying in a safe plane around them. But it does mean the margin for error is narrower, and outcomes vary more with surgeon experience than with the technique’s name on a brochure.

A surgeon who performs a particular technique every week, who can describe exactly how they identify and protect the relevant branches, and who has a track record of low complication rates with that specific approach is a better predictor of a safe outcome than the technique itself. This is why the consultation questions on this page ask how many lifts of a specific type a surgeon performs each year and what they do to manage risk on the first night, rather than simply which technique they offer.

Facelift vs non-surgical alternatives: thread lifts, energy-based skin tightening and realistic expectations

Patients considering a facelift are often also looking at non-surgical options marketed as alternatives, and it is worth being clear about what each can and cannot do, because the gap between them and surgery is wider than marketing sometimes suggests.

Thread lifts use barbed or cogged sutures passed under the skin to snag tissue and pull it upward, anchored at one end. They can produce a modest, temporary lift and some stimulation of collagen around the threads, and they appeal because they are done under local anaesthetic with little downtime. Their limitations are structural: threads grip skin and superficial fat, not the SMAS, so they cannot correct true jowling or loose neck skin; the effect typically fades over six months to two years as the threads dissolve or the grip loosens, and revisions or thread removal for visible puckering or extrusion are not uncommon. They suit patients with early, mild sagging who want to delay surgery, not as a substitute for a facelift once jowls or neck laxity are established.

Energy-based skin tightening, delivered by radiofrequency or focused ultrasound, works by heating the deep dermis to stimulate collagen remodelling. It can measurably improve skin quality and produce a mild, gradual tightening over two to six months, and repeat sessions are usually needed to maintain the effect. It does not reposition the SMAS, does not remove excess skin, and has no meaningful effect on true jowls, a deeply lax neck, or platysma bands.

The honest way to frame the choice is around what each option actually changes. A facelift repositions the deeper support layer and removes excess skin, which is the only way to correct established jowls, marionette lines caused by descended tissue, and loose neck skin; nothing non-surgical does this, because nothing non-surgical can access or move the SMAS. Non-surgical options can improve skin tone and provide a subtle, temporary lift for patients not yet candidates for surgery. They are reasonable for mild early ageing, but presenting them as a substitute for a facelift to a patient with real jowling sets up a predictable disappointment. A surgeon doing an honest consultation will typically say which category a patient’s degree of ageing falls into, rather than offering the non-surgical option simply because it is easier to sell.

Combining a facelift with fat grafting, a neck lift or eyelid surgery: one operation or staged?

Facelifts are frequently performed alongside other procedures rather than in isolation, and deciding whether to combine everything into one operation or stage it over two visits is one of the more consequential decisions in planning the surgery.

A neck lift is the most natural pairing, to the point that many facelifts already include neck work as standard, since the SMAS is continuous with the platysma muscle in the neck and the same incisions give access to both. Where the jawline needs lifting and the neck shows loose skin or platysma banding, addressing both in one session is usually more efficient than separating them, and most surgeons describe their standard operation as a “face and neck lift” for this reason.

Fat grafting is commonly added to restore volume that has been lost from the cheeks and temples, which a facelift’s lifting and tightening cannot replace on its own; a lift repositions tissue, it does not add back volume that has atrophied. Combining the two in one operation is standard practice and avoids a second anaesthetic. The main consideration is swelling: fat grafting adds its own swelling on top of the facelift’s, which can make the early weeks look fuller than a facelift alone and takes longer to settle before the final result is visible.

Eyelid surgery and brow lifts are more of a case-by-case decision. They use separate incisions and work on different layers from the facelift, so there is no technical barrier to combining them, and doing so in one session is common when a patient has ageing throughout the face and wants one recovery period rather than two. The argument for staging instead is mainly about safety: adding procedures extends anaesthesia time, and a longer combined operation carries a higher cumulative risk of complications associated with prolonged anaesthesia and larger overall blood loss, particularly in older patients or those with cardiovascular risk factors. Surgical teams often set a practical ceiling on how much can reasonably be combined in one session based on anaesthesia time and the patient’s general health, rather than a fixed rule.

For a patient travelling abroad specifically for the trip, there is also a practical pull toward combining, since staging means two separate trips. This is a legitimate consideration, but it should not override a surgeon’s clinical judgement about anaesthesia time and safety margins.

How long a facelift actually lasts and what ages better vs worse

A facelift does not stop the ageing process, it resets it, and understanding that distinction is the most useful way to think about longevity. The tissue that is lifted and repositioned continues to age from the point of surgery onward, under the same gravitational and biological forces as before, which is why a facelift is better described as making the face look a decade or so younger than it would otherwise be at any future point, rather than freezing it at the day-of-surgery result.

For a well-performed SMAS-based facelift, most surgeons and the available long-term literature support a working estimate of ten years or more before a patient might consider a revision, with deep plane techniques at the longer end of that range because the midface fat pad is repositioned rather than left to re-descend on its own. Mini-lifts, by design, correct less and relapse sooner, often within three to five years.

Several factors predict who holds a result longer. Skin quality at the time of surgery matters: thicker, less sun-damaged skin with reasonable elastin content holds a lift better than thin, heavily sun-damaged skin. Weight stability afterward matters a great deal, since significant weight gain or loss changes the fat volume and skin envelope the lift was built around. Smoking after surgery accelerates skin ageing, and continued sun exposure without protection degrades the collagen and elastin that was lifted. Genetics and bone structure play a role too: patients with strong underlying bone support, particularly a well-defined jaw and malar prominence, tend to show the effects of recurrent soft tissue descent later than patients with less skeletal support.

What tends to age comparatively well after a facelift is the jawline and cheek contour, assuming the SMAS was genuinely repositioned rather than just the skin pulled tight; what tends to show ageing again soonest is fine skin quality and texture, which a facelift does not address, since it corrects position and laxity, not surface skin quality. This is one of the reasons combining a facelift with skin-focused treatments, either at the time of surgery or in the years afterward, is common.

Avoiding the "pulled" or "overdone" look: what proper technique looks like

The “pulled” or “windswept” appearance that people associate with poorly done facelifts is not an inevitable consequence of the surgery, it is a specific, well-understood error, and knowing what causes it is a reasonable way for a patient to evaluate a surgeon’s work before committing to one.

The classic overdone look comes from tension placed on the skin itself rather than on the SMAS. If a surgeon lifts mainly by pulling the skin tighter and trimming the excess, the face is held in position by skin tension, which has two visible consequences: the skin along the hairline and in front of the ear gets stretched sideways and upward in a way real skin does not naturally sit, producing the recognisable swept-back look at the temple and a flattened appearance to the cheek; and because skin relaxes under sustained tension over time, the result is also less durable. A technique that lifts the SMAS to do the structural work, then redrapes the skin over it with little to no tension, avoids both problems: the skin sits naturally because it was never asked to bear load, and the lift holds because the deeper layer is carrying it.

Vector of pull matters as much as which layer is lifted. A facelift that pulls tissue straight backward toward the ear, rather than more vertically or along the natural line of the jaw and cheek, tends to produce the flattened cheek and swept lateral eyebrow that read as “had work done” even when the result is otherwise well healed. Techniques that reposition the SMAS and its attached fat pad along a more vertical vector, part of the rationale for the deep plane approach, tend to restore cheek volume in a way that looks like the face’s own earlier contour rather than a new, foreign shape.

Overcorrection is a separate issue from vector: a surgeon who removes too much skin, or tightens too aggressively in an attempt to maximise visible change, can create a face that looks tight and expressionless even with good technique otherwise. Conservative, natural-looking facelifts are often the result of a surgeon resisting the temptation to “do more,” which is one reason reviewing a surgeon’s own results at twelve months, not at the six-week stage when swelling can mask both good and bad technique, is a genuinely useful way to judge their style before booking.

For a patient evaluating surgeons, the practical takeaway is to ask to see results at a year, to ask specifically how the surgeon avoids tension on the skin and what vector they typically use, and to be wary of any surgeon who frames “tighter” as inherently better.

Scarring and hairline considerations: temporal, sideburn and behind-the-ear incisions

Facelift incisions are designed to hide in natural contours and hair-bearing skin, but where exactly they run, and how a surgeon handles the hairline and sideburn, has a real effect on how well scars are concealed and whether hair falls naturally afterward.

The incision typically starts within or just behind the temporal hairline above the ear, runs down in front of the ear, curves underneath the earlobe, and continues behind the ear into the hair-bearing scalp, sometimes with a short extension into the occipital hairline if more neck skin needs removing. Most of the final scar therefore sits either in a crease the eye does not scan or in hair, which is why a well-healed facelift scar is genuinely difficult to find even looking for it.

The temporal and sideburn area deserves specific attention because it is the part most likely to cause a visible problem if handled carelessly. If the surgeon places too much tension here or removes too much skin, the sideburn can be pulled upward and backward, elevating its position in a way that looks unnatural and is difficult to fully correct afterward. Temporary thinning or shedding of hair immediately adjacent to the incision is relatively common in the weeks after surgery, related to the trauma and altered blood supply at the wound edge rather than follicle damage, and it typically regrows within a few months. Permanent hair loss in a visible strip along the incision is uncommon but can happen, usually from excess tension on the wound edge or an incision placed at an unfavourable angle to hair follicle direction.

Behind the ear, the main consideration is less about visibility, since hair covers it well once healed, and more about the earlobe. If closure places tension on the lobe attachment, it can be pulled downward and forward into an abnormal position sometimes called a “pixie ear” deformity, where the lobe appears stretched or unnaturally attached to the cheek rather than hanging freely. This is a technique-dependent complication rather than a routine part of healing.

Patients who wear their hair short, or who may tie it back in future, are worth raising at consultation specifically, since the incision and any sideburn adjustment should be planned with that in mind.