Why Some Facelifts Look Pulled — and What Bone Has to Do With It

A facelift looks pulled for one of two reasons: the skin was used as the lifting tissue and dragged laterally, or the tissue was repositioned onto a facial skeleton that had lost the projection needed to support it. The first is a technique problem. The second is an assessment problem, and it is the one that gets missed.

Cause one: pulling on skin

Skin is not a load-bearing structure. It is elastic, and it recoils. If you use it to hold a lift, two things follow. In the short term it looks tight, with the tension signs everyone recognizes at the corner of the mouth and in front of the ear. In the medium term the correction relaxes, because skin under sustained tension stretches.

The direction compounds it. Skin pulled toward the ear moves tissue laterally, but tissue does not descend laterally — it descends vertically. Correcting a vertical problem with a horizontal vector produces a face that is swept back rather than lifted up.

The technical answer is well established: work beneath the SMAS, release the retaining ligaments, move the composite of skin and deeper layer together in a vertical vector, and close the skin without tension because it is no longer the tissue holding anything.

Cause two: the skeleton underneath

This is the one that is rarely discussed, and in my experience it accounts for a substantial share of results that look wrong despite technically sound surgery.

The facial skeleton changes with age. The orbital rims widen and recede. The maxilla resorbs and rotates backward. The mandibular angle blunts and the chin loses projection. This is measurable on serial imaging and it is not subtle over three decades.

Soft tissue drapes over that frame. When the frame shrinks, the envelope has more surface area than it needs, which is a large part of what we perceive as facial aging in the first place. Now consider what happens when you lift that envelope and reposition it on a skeleton that has lost projection: you have moved the tissue, but there is nothing underneath holding the shape. The result reads as tight rather than restored, and it is unstable, because the platform has not changed.

Do the same operation on a face where the skeletal deficiency has been corrected — a chin that projects, a mandibular border with definition, a midface with support — and the same repositioned tissue sits naturally, because there is now something for it to sit on.

What this means at consultation

I assess bone before soft tissue in every facial consultation. Not because every patient needs skeletal work — most do not — but because it is the question that determines whether a lift alone will produce the result the patient is describing.

Practically, that means looking at chin projection on profile, the definition of the mandibular border, the position of the gonial angle, midface support, and how much of the perceived hollowing is volume loss versus bony resorption. Where the deficiency is significant, an implant or skeletal correction is planned in the same operation.

The third cause, which is not really a facelift problem

A large number of faces that read as operated have never had surgery. They have had years of large-volume filler used to compensate for descent. Filler adds volume; it does not reposition tissue that has moved. Adding volume to a descended face produces a heavier descended face, and past a certain point the distribution stops resembling anyone's anatomy.

Those patients often need less, not more: dissolution where appropriate, then an operation that addresses what the filler was compensating for.

More detail on technique and how the lift fits into a full structural plan is on the 4D facelift page, and on the skeletal question at facial skeletal surgery.