"Hunter eyes" is a looksmaxxing term for an eye area that looks narrow, focused and slightly hooded. The outer corners of the eyes sit higher than the inner corners, little of the upper eyelid shows, the eyes sit deep under a strong brow, and the brows are low and fairly straight. "Prey eyes" is the label for the opposite: rounder eyes, more visible eyelid, higher brows and outer corners that sit level or lower.
The term has no clinical standing. But each feature behind it is real anatomy, and some of them have been tested in research. This guide takes the term apart, shows what the studies do and do not support, and explains how to check the one part you can measure reliably from a photo: your canthal tilt, which our free canthal tilt calculator reads in your browser.
The four features behind "hunter eyes"
People use the term loosely, but most descriptions combine the same four traits:
- Positive canthal tilt. The outer corner of each eye sits higher than the inner corner, so the eye slants slightly upward.
- Little visible upper eyelid. With the eyes open, only a thin strip of lid shows between the lashes and the crease, or none at all.
- Deep-set eyes under a prominent brow ridge. The eyes sit further back in the face, shaded by the bone above them.
- Low, straight brows. The eyebrows sit close to the eyes and run fairly flat rather than in a high arch.
An almond shape, clearly wider than it is tall, usually comes with these. Take away any one of the four and the overall look changes. That is why two people can both have a positive canthal tilt and only one of them gets described as having hunter eyes.
Hunter eyes vs prey eyes
| Feature | Hunter eyes | Prey eyes |
|---|---|---|
| Canthal tilt | Positive: outer corner higher | Neutral or negative: outer corner level or lower |
| Upper eyelid | Little or none visible | Clearly visible |
| Eye shape | Almond, narrower opening | Rounder, taller opening |
| White below the iris | Usually hidden | Sometimes visible |
| Brows | Low, straight, close to the eye | Higher and more arched |
| Brow ridge | Prominent, eyes deep-set | Flatter, eyes more prominent |
The names come from animals: predators have forward-facing, narrowed eyes, while many prey animals have wide, watchful ones. It is a metaphor, not biology. All human eyes face forward, and the shape of someone's eyes says nothing about their character.
What research says about each part
No study has tested "hunter eyes" as a package. Researchers have tested several of the parts, and the results are more mixed than online discussion suggests.
Canthal tilt: a real preference, with limits
The study quoted most often is by Bashour and Geist, published in 2007. They digitally altered photos of women's faces and asked judges to choose between the altered and the original version of each face. The altered faces were chosen 93% of the time.
Two details usually get left out. First, the study used only women's faces, so it says nothing directly about men, who are the main audience for the term "hunter eyes". Second, what the researchers changed was the shape of the inner corner of the eye (the medial canthus), not the overall slant from corner to corner. They suggested the effect may work through its link with eye slant, but that is their explanation, not what they tested.
It also helps to know what is normal. Most people's outer corners already sit higher than their inner corners. In a study of 76 young Korean adults, the average canthal tilt was about 8.4 degrees, with no meaningful difference between men and women. A positive tilt is the ordinary arrangement, not a rare trait.
More is not better
A 2025 study with 2,081 raters, published in the Journal of Plastic, Reconstructive & Aesthetic Surgery, edited faces to raise the eyebrows, raise the outer corners of the eyes, or both. Raising the eyebrows made faces look less attractive and less trustworthy, and more dominant and threatening. Raising the outer eye corners had similar effects.
That cuts both ways for the hunter-eyes idea. Low brows fit the finding that raised brows looked less attractive. But a steeper upward slant did not make faces more attractive. Pushed beyond its natural range, it made them look harsher. The same pattern runs through facial attractiveness research, as our guide to canthal tilt, jawline and midface explains: the best-rated proportions tend to sit near the average, not at an extreme.
Brow ridge and deep-set eyes: masculine, with mixed results
A prominent brow ridge and deep-set eyes are, on average, more pronounced in men's faces. That ties them to sexual dimorphism, the differences between typical male and female faces, which major reviews count among the traits linked to attractiveness. The same reviews find the effect less consistent for masculine features in men's faces than for feminine features in women's faces. Preferences for masculine male faces vary from person to person.
Upturned corners can also read as feminine
One more complication. A 2026 study on facial feminisation surgery showed people pairs of eye images that differed in a single feature and asked which looked more feminine. An upward slant at the outer corner was picked almost unanimously. So a feature often described online as masculine was read as feminine. The evidence here is not settled: in the 2025 study above, female raters saw a raised outer corner as less feminine. The two studies used different images and different amounts of change.
Upper eyelid exposure
We could not find a controlled study that tests how much visible upper eyelid people prefer in men's faces. Lid exposure also changes with age: many people develop extra skin over the upper lid that hides the crease. That lowers visible lid too, but it is not what looksmaxxing forums mean by hunter eyes.
Why your eyes look different in every photo
Most of the hunter-eye features are easy to fake, or to lose, in a photo.
Camera height changes your canthal tilt. The outer corner of the eye sits further back on the head than the inner corner. When the camera is above you, or you tip your chin down, the outer corners rise in the picture and the tilt reads more positive. We tested this on one face in five camera positions with our own calculator. The reading ran from -0.1° with the chin slightly up to +8.6° with the camera held above the head: a spread of 8.7 degrees from the same pair of eyes.
Expression changes eyelid exposure. A slight squint lowers the upper lid and lifts the lower lid. That hides the lid and narrows the eye, which is why so many "hunter eyes" photos are taken mid-squint.
Light changes how deep-set the eyes look. Light from directly above throws a shadow under the brow and makes the eyes look deeper. Soft light from the front does the opposite.
For a fair look at your own eyes, use a photo taken at eye level, from at least an arm's length away, with a relaxed face and even light. Our guide to taking an accurate photo of your face covers the details.
How to check your own eye area
- Canthal tilt: use a front-facing photo taken at eye level and the canthal tilt calculator. It is the only one of the four features that can be measured reliably from a single front photo.
- Upper eyelid: look straight ahead into a mirror at eye level with a relaxed face. Note how much lid shows between your lashes and the crease.
- Brows: in the same mirror, look at how close your brows sit to your eyes and whether they arch or run flat.
- Brow ridge and eye depth: these need a side view. A front photo cannot show how far the brow projects.
How our canthal tilt calculator measures it
The canthal tilt calculator uses MediaPipe FaceMesh, which finds 478 points on your face directly in your browser. Your photo is never uploaded. From those points it takes the inner and outer corner of each eye and measures the angle of each eye in degrees.
It measures that angle against the line between your pupils, not against the edge of the photo, so tilting your head sideways does not change the result. To deal with camera height, it estimates how far your head is pitched forward or back from the depth of the forehead and chin points, and removes 0.35 degrees of tilt for each degree of pitch. With that correction, our five test photos landed within 0.9 degrees of each other. To be clear about the limits: the correction was fitted on those photos of one face, and we have not yet repeated the test on a second face. Readings between -1.5° and +1.5° are reported as neutral, and photos taken from too far above or below are not scored at all.
The calculator does not score the other three features, and there is no "hunter eyes score". Eyelid exposure changes with gaze and expression from moment to moment, and brow ridge depth needs a side view, so a single front photo cannot measure them fairly. If you want a wider reading of the proportions looksmaxxing communities talk about, the PSL rating calculator measures symmetry, facial thirds, eye spacing and face shape.
The bottom line
"Hunter eyes" bundles four real features into one ideal. One of them, a positive canthal tilt, is the normal arrangement for most people, and research shows a preference for it in women's faces when it is not exaggerated. The others are partly about masculinity, where preferences vary, and partly about lighting, expression and camera angle. No study shows that one compound eye shape is the target, and pushing any feature to an extreme tends to make a face look harsher, not better.
Frequently Asked Questions
Are hunter eyes attractive? Some of the features behind the term are linked to attractiveness in research, mainly an upward eye slant in women's faces when it stays within the natural range. But no study has tested hunter eyes as a combination, and exaggerating the slant or the brows made faces look less attractive in a 2025 study of 2,081 raters.
What is the difference between hunter eyes and prey eyes? Hunter eyes have a positive canthal tilt, little visible upper eyelid, deep-set eyes and low brows. Prey eyes have a neutral or negative tilt, more visible eyelid, a rounder shape and higher brows. Both are community labels, not medical terms.
Can you get hunter eyes naturally? There is no evidence that eye exercises, squinting practice or mewing change canthal tilt or the depth of the brow ridge. What you can change is how your eyes look in photos: camera height, light and expression all make a large difference.
Do women have hunter eyes? The term is used mostly about men, but the features themselves appear in all faces. In one 2026 study, an upturned outer eye corner was read as feminine rather than masculine, which shows how loosely the label fits the research.
Is the canthal tilt calculator free? Yes. It is free, it needs no account, and it runs in your browser, so your photo is never uploaded or stored.
References
- Bashour, M., & Geist, C. (2007). Is Medial Canthal Tilt a Powerful Cue for Facial Attractiveness? Ophthalmic Plastic and Reconstructive Surgery, 23(1), 52–56. https://doi.org/10.1097/IOP.0b013e31802dd7dc
- Lee, J.-Y., Choung, H.-W., & Choung, P.-H. (2020). Diagnostic analysis of vertical orbital dystopia and canthal tilt for surgical correction. Journal of the Korean Association of Oral and Maxillofacial Surgeons, 46(6), 379–384. https://synapse.koreamed.org/articles/1145916
- Kempa, J., Kasielska-Trojan, A., Gabryszewski, M., Antoszewski, B., Biesman, B. S., Knoedler, L., Cotofana, S., & Alfertshofer, M. (2025). Understanding the impact of eyebrow and lateral canthal height on the perception of character traits: A rating-based analysis of 2081 participants. Journal of Plastic, Reconstructive & Aesthetic Surgery, 104, 417–425. https://doi.org/10.1016/j.bjps.2025.03.040
- Jabbour, M., Morgenstern, K. E., & Burkat, C. N. (2026). Perceptions of Femininity: Exploring the Influence of Eyelid Morphology and Periocular Features on Facial Feminization. Ophthalmic Plastic and Reconstructive Surgery. https://doi.org/10.1097/IOP.0000000000003260
- Rhodes, G. (2006). The Evolutionary Psychology of Facial Beauty. Annual Review of Psychology, 57, 199–226. https://doi.org/10.1146/annurev.psych.57.102904.190208
- Little, A. C., Jones, B. C., & DeBruine, L. M. (2011). Facial attractiveness: evolutionary based research. Philosophical Transactions of the Royal Society B, 366(1571), 1638–1659. https://doi.org/10.1098/rstb.2010.0404
- Kartynnik, Y., Ablavatski, A., Grishchenko, I., & Grundmann, M. (2019). Real-time Facial Surface Geometry from Monocular Video on Mobile GPUs. CVPR Workshop on Computer Vision for Augmented and Virtual Reality. https://arxiv.org/abs/1907.06724