A deep plane facelift is a surgical technique that lifts the deeper layers of facial tissue, not just the skin, to reverse sagging in the midface, jawline, and neck. First described by surgeon Sam Hamra in 1990, it goes beneath a key structural layer called the SMAS (a sheet of muscle and connective tissue just under the skin) and repositions everything above it as a single unit. This deeper approach is what distinguishes it from older facelift methods and is the main reason it’s become the most talked-about technique in facial rejuvenation.
How It Differs From a Traditional Facelift
In a traditional facelift, the surgeon separates the skin from the SMAS layer, then tightens each one independently. Think of it like pulling a tablecloth taut over a lumpy surface: the top looks smoother, but the underlying structure hasn’t changed. This can improve jowls and loose skin, but results tend to be more surface-level, and if too much tension is placed on the skin, the face can look “pulled” or wind-swept.
A deep plane facelift works differently. Instead of separating the skin from the SMAS, the surgeon keeps them attached and lifts them together as one composite flap. The dissection goes beneath the SMAS, into a natural glide plane that sits on top of the deeper facial muscles. From there, the surgeon releases a series of tough connective tissue anchors called retaining ligaments, which are what hold sagging tissue in its drooped position. Once those ligaments are freed, the entire cheek, lower face, and jawline can be repositioned upward and inward without stretching the skin itself.
Because the skin isn’t being pulled tight to create the result, the deep plane approach preserves natural facial expressions and avoids that overly taut appearance. The repositioning also maintains the skin’s blood supply, which can mean less bruising during recovery.
What Happens During Surgery
The procedure typically takes three to four hours under general anesthesia. The surgeon makes incisions along the hairline and around the ears, similar to other facelift techniques. What changes is what happens underneath.
After reaching the SMAS, the surgeon cuts through it in a line running from just above the jawbone angle up to the outer eye socket. The composite flap of skin and SMAS is then carefully peeled off the underlying muscle fascia. Three sets of retaining ligaments are released in sequence: the masseteric ligaments along the jaw, the zygomatic ligaments across the cheekbone, and the maxillary ligaments near the nasolabial fold. Releasing these ligaments is what allows the midface to move freely. The surgeon works carefully around the zygomatic muscles to protect the facial nerve branches running beneath them.
Once the tissue is fully mobilized, the surgeon repositions it in a more youthful vector, typically upward and slightly toward the ear, then secures it in place with sutures. Excess skin is trimmed, and the incisions are closed.
Recovery Week by Week
The first week is the most swollen and bruised. You’ll wear a compression garment around your face and jaw, sleep with your head elevated, and avoid bending over. Sutures come out between days five and seven. Most people describe the discomfort as tightness and pressure rather than sharp pain.
By days 10 to 14, most patients feel comfortable enough to go out to a restaurant or run errands. Bruising fades significantly during weeks two and three, though some yellow-green discoloration can linger depending on your skin tone. By weeks five to six, the majority of people are back to their full social calendar, including events where they’ll be photographed. Residual swelling, especially in the midface, can take several months to fully resolve, and the final result continues to settle and refine over six to twelve months.
How Long Results Last
One of the most common questions about any facelift is how many years you’ll get out of it. A study published in 2025, spanning 30 years of deep plane facelift patients, found that those who returned for a second facelift did so an average of 10.9 years after their first procedure. Patients who had their initial surgery at age 53 or younger waited even longer, returning for revision after about 12.4 years on average. Those older than 53 at the time of their first lift came back after roughly 9.3 years.
These numbers don’t mean results vanish at the 11-year mark. They reflect when patients felt enough aging had occurred to warrant another procedure. Your face continues to age after surgery, of course, but you’re aging from a reset point. Most patients still look meaningfully younger than they would have without surgery well beyond a decade.
Risks and Nerve Safety
The deep plane technique works in close proximity to the facial nerve, which controls your ability to smile, raise your eyebrows, and close your eyes. This understandably makes nerve injury the top concern for most people considering the procedure.
Across all facelift types, the rate of facial nerve injury ranges from 0.3% to 2.6%. The vast majority of these, roughly 80% to 90%, are temporary. The nerve is bruised but not cut, and function returns on its own within six months. Permanent nerve damage occurs in approximately 0.1% of cases. When it does happen, it most often affects a single branch controlling one area of facial movement, not the entire side of the face. In the hands of an experienced surgeon who performs this technique regularly, the risk profile is comparable to other facelift methods because the deep plane actually puts the surgeon in a position where the nerve branches are more predictable and visible.
Cost
The American Society of Plastic Surgeons puts the average surgeon’s fee for a facelift at $11,395, but that number covers all facelift types. A deep plane facelift, because it’s more technically demanding and takes longer in the operating room, typically costs more. Total pricing, including the surgeon’s fee, anesthesia, and facility costs, generally falls between $20,000 and $50,000 depending on the surgeon’s experience and geographic location. Major metropolitan areas like New York and Los Angeles tend to be at the higher end of that range. The procedure is considered cosmetic and is not covered by insurance.
Who It Works Best For
The deep plane approach is particularly effective for people with significant midface descent, deep nasolabial folds, jowling along the jawline, and neck laxity. It addresses the structural causes of facial aging rather than just tightening loose skin, which makes it a better fit for moderate to advanced aging compared to less invasive options like a mini facelift or thread lift.
Most patients are in their late 40s to 60s, though some pursue the procedure earlier or later. Younger patients tend to get longer-lasting results simply because their skin and tissue quality is better at the time of surgery. Good candidates are non-smokers in overall good health, since smoking significantly impairs the blood supply to the tissue flap and increases the risk of complications.