68 Landmarks Located
Points are placed around your jaw, brows, eyes, nose, and lips — the same 68-point landmark map this site uses for every geometry-based tool.
Free AI Tool — 7 Regions Scored
A face symmetry test is an AI tool that places 68 landmark points on your photo, mirrors one half of your face across your nose's midline, and measures how far that reflection lands from its real counterpart — then reports that gap as a separate score for your eyes, eyebrows, nose, mouth, cheeks, and ears, instead of a single number.
Would your left side and your right side pass for two different photos of the same person? Upload one picture and the answer comes back in seven parts, not one — your eyes might land in the nineties while your ears sit thirty points lower, and both readings are correct at the same time.
Your overall score and a breakdown for seven facial regions will appear here.
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Nothing on this page is a guess dressed up as a score. Every figure comes from the actual distance between two points that the model found on your face, run through the same four-step process every time.
Points are placed around your jaw, brows, eyes, nose, and lips — the same 68-point landmark map this site uses for every geometry-based tool.
The bridge of your nose sets the midline. Both halves of your face get measured against that single reference line.
Each point on the left is flipped across the midline, landing at the spot it would occupy if your face were a perfect reflection of itself.
The gap between the mirrored point and the real one is divided by your face's width, so a photo taken from further away doesn't quietly lower your score.
A single symmetry number would flatten all of that into one figure, which is exactly why this test doesn't stop there — the two sides of a face rarely agree or disagree uniformly across every feature. Your brows can line up almost exactly while your ears tell a completely different story.
The mirroring itself is simple geometry. Take the outer corner of your left eye, reflect it across the centerline, and check how close it lands to the outer corner of your right eye. Do that for every matched pair — eye corners, eyebrow edges, mouth corners — and each distance becomes one region's raw asymmetry figure.
Raw distance alone would be a bad way to score two different people, though. A photo shot at higher resolution produces bigger pixel gaps than a smaller one, even when nothing about the actual face has changed. Dividing every distance by your face's width cancels that out, so a phone selfie and a studio shot land on the same scale.
Picture two results: one at 92, one at 68. Neither number ranks whose face is better built — it's a measure of how closely two halves of one face agree, nothing more.
Very closely matched
Once mirrored, the two sides sit almost directly on top of each other for that region.
Typical range
This is where most results land. The gap here doesn't register in normal conversation or in most photos.
Check the photo first
A head that's turned or a camera that's tilted drags this number down far more reliably than the face underneath it does.
If you want to see the mismatch instead of just reading the number, the symmetry heatmap tool maps the same measurement visually, region by region, directly onto your photo.
Of every measurement this site runs, symmetry is the one a bad photo damages most. Four things separate an honest score from a misleading one.
A turn of even a few degrees pushes one side of your face further from the lens. That side's points compress inward, and the gap gets scored as asymmetry that isn't really there.
Shooting up from below or down from above tilts every landmark on the map at once, not just one region's worth.
Almost nobody smiles evenly. One corner of the mouth rises higher than the other in most smiles, and that shows up directly in your mouth score.
A single light source on one side throws the far side into shadow, and shadowed landmarks are harder for the model to place precisely.
One clear, front-facing shot, camera at eye level, is all this needs.
68 points get placed across your jaw, brows, eyes, nose, and mouth.
Left-side points are mirrored across your centerline and checked against the right.
Seven region scores come back, plus one overall figure.
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Worth saying before you run this test at all: essentially no human face is symmetrical, and the rare ones that come close tend to look slightly wrong rather than striking. Photo retouchers have known this for years — mirror one half of a portrait onto the other to build a "perfectly" symmetrical face, and the result almost always looks subtly off, not flawless.
Your two halves start diverging early and never really stop. Which side you sleep on, which side you chew with, which shoulder carries a bag, even which eyebrow you raise out of habit — none of it is dramatic on its own, but it adds up over years into differences a millimeter-level measurement can pick up.
That's the actual point of a seven-region breakdown instead of one grade. Eyes in the nineties next to ears in the seventies isn't a contradiction — it's specific information about your own face, and it can explain small things you'd already noticed, like one side photographing more consistently than the other.
The biggest single factor in your score usually has nothing to do with your bone structure — it's the angle the camera was held at. Turn your head a few degrees and the far side of your face moves further from the lens, compressing in the frame. The model reads that compression as points sitting closer together than they actually are, and the mirroring math scores it as asymmetry.
That's also why cheeks and ears tend to post the lowest numbers for almost everyone who runs this test. They sit farthest from the centerline, so a rotated head moves them the most. An ear score that's dramatically lower than the rest of your breakdown is usually a sign to retake the photo straight-on before drawing any conclusion about your actual face.
Expression plays a role too, in a way most people don't expect going in. Very few smiles are even — one corner of the mouth almost always lifts higher than the other. A neutral, relaxed expression takes that variable out entirely, which is why the same person can post two noticeably different mouth scores from photos taken a minute apart.
Eyes and Eyebrows These tend to score highest, since they sit close to the centerline and are set by bone rather than soft tissue that shifts with expression. A low eyebrow score is worth checking against your grooming routine before you assume it says anything about your anatomy — brows get shaped unevenly more often than people realize.
Nose and Mouth Both sit directly on the centerline, which makes them sensitive to a tilted camera but largely unaffected by a turned head. A low nose score sitting next to high scores everywhere else can reflect a real structural difference rather than a photo issue — a deviated septum is one example of something that would show up here regardless of how the picture was taken.
Cheeks and Ears The outermost regions, and the least reliable ones from a casual photo. Unless you're confident the shot was taken perfectly straight-on at eye level, treat these two scores as a rough read rather than a final word.
Ahsan Fayyaz trained the measurement model behind this page in-house, on real faces, and benchmarked it against other face-analysis tools rather than licensing anything from a third party. It's the same landmark engine behind every geometry-based tool on the site, including the landmark map and the symmetry heatmap. Your photo is processed for the single scan and deleted from the server immediately after — nothing is stored, and what you see afterward lives only in your browser until you refresh. This test measures proportion against proportion for informational and entertainment purposes only. It is not medical, clinical, or professional advice of any kind, and a low score in any region is not a diagnosis of anything.
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