Where 1,563 Men Land on the First-Glance Axis: The Distribution, Band by Band

You got the number — say, 109 — and before you read a single line of the report you did the thing everyone does. You tried to place it. Is that good? Is that most men? Is that the number a stranger would have guessed?

This page is the answer to that reflex, built from every read we have ever produced: 1,563 scored reports from about 1,440 men, May to November 2026. It is the distribution our axis actually has, not the distribution we designed it to have — and the two are not the same, which is the most useful thing in it.

The median man in our data reads 109 on the 70–155 axis, inside the 105–114 threshold band. 37% of men read 115 or above, 11% read 130 or above, and about 1% reach 145. Half of all men sit between 98 and 122.

One thing before the tables. These are aggregated outputs of our read — a model calibrated on first-impression research — across men who chose to be read. They are not women's ratings, and they are not a census of men. Every figure on this page is a group statistic; no group under 30 men publishes an average, and nothing here can be traced to a person. The what we measure page explains what the read is; this page shows what it has produced.

Analysis first · $5 for the full report · about a minute

The tables below tell you where 1,563 men landed. The box tells you where you do: one candid photo and a few quick picks, and the read comes back on the same axis with its band and the ceiling above it.

• Your read on the 70–155 first-impression axis, the six-part face read (jawline, cheekbones, eyes, chin, skin, harmony), your ceiling, how many women notice you, and a dated plan
• The analysis runs before you pay. The full report is $5 one-time — no subscription, nothing renews
• A few quick picks (height, weight, build, how you carry yourself) and one more photo next — the read lands about 40 seconds after you submit
• Photos are encrypted, never public, never used to train models, deletable any time

Or start with the questionsSee a full sample result

Key numbers

• Median read 109; mean 109.4. The 10th percentile is 88, the 90th is 132.
• 37% read 115+, the point where the read is clearly appealing rather than sitting on the threshold. 11% read 130+. 1% read 145+.
• 18% read under 95, the band where a first glance barely registers.
• Median ceiling 136, median gap 26 points. 77% of men have a natural ceiling at 130 or above; 11% read there today.
• Median height in the sample 175.3 cm (5′9″) — the same as the measured average for US men aged 20 and over, per the CDC's National Center for Health Statistics. Median BMI 21.8; 19% are underweight.

Where does the median man land?

At 109 — the middle of the 105–114 threshold band, which is exactly where the axis was built to put the median everyday man. That part worked. What the design did not predict is the shape around it.

Here is the full distribution in five-point bins:

<!-- data:histogram --> <!-- /data:histogram -->

Two features stand out. The crowded middle is real: the single fullest bin is 100–104 (210 men), and the three bins from 100 to 114 together hold 36% of everyone. And the tail to the left is long — 110 men read in the 90s' lower half, 57 in the low 80s, 36 in the low 70s — while the tail to the right thins fast above 130.

This is not a 1–10 scale wearing a disguise. On the forum scale, "5" is average and "7" is good-looking, and the whole thing pretends to be a percentage of perfection — we took that apart in what each number on the 1–10 scale means. Here, 109 means something specific: a woman glancing at this presentation reacts at the strength most men produce, right on the line where a small change flips the read. It is a position relative to a threshold, not a share of a maximum.

How is the axis divided, and how many men fall in each band?

Six bands, and the two around the threshold — 95–104 and 105–114 — hold 44% of men between them. The table also carries the figure that matters more than the read: the ceiling above each band.

<!-- data:bands --> <!-- /data:bands -->

What each band means in a room:

• Under 95 (18%) — the glance slides past. Usually several levers are unpulled at once, which is why this band also has the largest headroom.
• 95–104 (22%) — approaching the threshold. Neutral territory: not filtered out, not noticed either.
• 105–114 (22%) — on the threshold. The median everyday man lives here, and it is the band where ten points changes the most.
• 115–129 (27%) — clearly appealing. In most of these reports one lever has already crossed: real height, conditioning, or a face that reads as alive.
• 130–144 (9%) — strong appeal; two or more levers aligned.
• 145+ (1%) — eighteen men. 145 is an anchor on the axis, not a ceiling, and we publish no averages for a group this small.

Caveat: bands are a reading aid, not a caste system. A 114 and a 115 are the same man on different mornings. Nothing here ranks people; it describes how strongly a stranger's first glance is likely to land.

Why is the distribution lopsided?

Because the men who come here are not a random sample of men — they are men who wondered, and that is a specific group. It skews young, lean and uncertain, and the shape of the distribution follows.

Three things in the sample explain most of the left tail. First, 19% of men are underweight by BMI (under 18.5), and underweight men read an average of 100 in our data — the BMI breakdown has the full curve. Second, height: 230 men stand under 165 cm, and that group averages 94, which the height data walks through band by band. Third, and most important, physique drags more often than face: in 70% of all reports the physique read sits five or more points below the face read — the subject of face or physique: which holds men back.

There is a research reason to expect this skew too. Greitemeyer's six studies (N = 1,180) found that self-ratings of attractiveness track strangers' ratings only modestly, r = 0.13–0.32, and that the men who are least attractive are the least aware of it (Greitemeyer 2020). A tool that promises a stranger's read attracts, disproportionately, the men for whom the mirror has stopped being informative. Our own self-rating data shows the same thing from the inside.

What does "average" mean here — and why isn't it a 5 out of 10?

Average here is a threshold, not a midpoint. The 105–114 band is where a stranger's reaction is strong enough to register and not yet strong enough to pull — and the research on how people choose says that bar is what decides outcomes, not the distance above or below it.

The model behind this is older than dating apps. Simon's 1956 account of choice has people set an aspiration level and accept the first option that clears it (Simon 1956); Todd and colleagues watched it happen at a 46-person speed-dating event, where stated preferences predicted nothing and people chose against a bar set by their own self-perceived attractiveness (Todd et al. 2007); Bruch and Newman found the same aspirational pursuit in messaging data from four US cities, where reply probability falls off sharply as the desirability gap widens (Bruch & Newman 2018).

That is why we refuse to print a mark out of 100 and why "average" is not an insult on this axis. It is the place where the next ten points buy the most.

Caveat: raters agree a great deal about who is attractive — in 11 meta-analyses, Langlois and colleagues found consistent agreement within and across cultures (Langlois et al. 2000). The threshold shape is about how that agreement converts into choices, not a claim that attraction is arbitrary.

How far above the read is the ceiling?

Usually a long way: the median man has 26 points between his read and his natural ceiling, and 77% of men have a ceiling at 130 or above, against 11% who read there today. The gap is widest at the bottom of the axis and narrowest at the top.

The ceiling is the read the same man would get with his changeable levers pulled — body composition, hair, outfit fit, posture and bearing, the photo itself — and his hard constraints left exactly as they are. For men under 95 the median gap is 34 points, and 74% of them have a ceiling at 115 or higher. For men at 130–144 it is 13. We wrote the whole thing up in how much more attractive can a man realistically get, including why the gap behaves like that and which levers close it most often.

Who is in this sample?

Mostly men from the US, India, the UK, Canada and Germany, with a median height exactly at the US male average and a BMI below it. Submissions by country, as a share of tests submitted with a known country:

<!-- data:sample --> <!-- /data:sample -->

Median height is 175.3 cm — the CDC's measured average for US men aged 20+ is 69.0 inches, which is the same number (NCHS FastStats). Median BMI is 21.8, with 19% under 18.5 and 17% at 25 or above. We publish no read broken out by country, and never will: the read describes how a man comes across, and we do not score groups of people against each other.

What this distribution cannot tell you

It cannot tell you how attractive men are. It tells you how our read has landed across the men who asked for it. Those are different claims, and the gap between them is where honest data pages usually go wrong.

Three limits, stated plainly. The read is a model's estimate of a stranger's first-glance reaction, calibrated on the 28 studies listed with DOIs on our methodology page; we have run no original rating study with women. The sample is self-selected and skews toward men who doubt their first glance. And a read is of a presentation — these photos, this outfit, this posture — not of a person: change the presentation and the read moves, which is the point, and also the limitation.

If you came here hoping the distribution would settle whether you are attractive, it won't, and we would rather say so than let a histogram do a job it can't. What it can do is show you that the crowded middle is crowded, that the band you are in has a ceiling well above it, and that the men who moved out of the left tail did so by pulling levers that were sitting there the whole time.

The bottom line

The median man reads 109. Thirty-seven percent read 115 or above, eleven percent 130 or above, one percent 145. The distribution has a long left tail because the men who come here are the men who wonder — and most of them have 26 points of headroom they have never used.

Your face does not have a score that decides your life. It has an effect on people, formed in about the time it takes to read this sentence, and that effect sits somewhere on the table above. The analysis runs before you pay anything; the full report — the read and the ceiling, face, physique and outfit read separately, and the plan that closes the gap — opens for $5 one-time. Start the test, or look at a sample report first.

How this snapshot was built

The figures are computed by a script that reads the production database and writes only group statistics: counts, means, medians and percentiles over scored, completed reports. No identifier, photo, free text or per-person value leaves the database. Any group smaller than 30 men publishes no average. The snapshot is dated 2026-11-07 and will be refreshed monthly; the tables on this page regenerate from it. You may quote the figures with a link to this page (CC BY 4.0).

Studies referenced

• Greitemeyer, T. (2020). Unattractive people are unaware of their (un)attractiveness. Scandinavian Journal of Psychology, 61(4), 471–483. doi:10.1111/sjop.12631
• Langlois, J. H., Kalakanis, L., Rubenstein, A. J., Larson, A., Hallam, M., & Smoot, M. (2000). Maxims or myths of beauty? A meta-analytic and theoretical review. Psychological Bulletin, 126(3), 390–423. PubMed 10825783
• Simon, H. A. (1956). Rational choice and the structure of the environment. Psychological Review, 63(2), 129–138. doi:10.1037/h0042769
• Todd, P. M., Penke, L., Fasolo, B., & Lenton, A. P. (2007). Different cognitive processes underlie human mate choices and mate preferences. PNAS, 104(38), 15011–15016. doi:10.1073/pnas.0705290104
• Bruch, E. E., & Newman, M. E. J. (2018). Aspirational pursuit of mates in online dating markets. Science Advances, 4(8), eaap9815. doi:10.1126/sciadv.aap9815
• National Center for Health Statistics. Body measurements (FastStats). cdc.gov/nchs/fastats/body-measurements.htm