Nose shape, measured before it is named

Nose shape names, and which ones a front photo can judge

Here is the whole popular list of nose shape names, with the part nobody usually says out loud attached to each entry: whether the thing each nose shape describes is even visible from the front. Three of the nine are measurable straight on. Two are hinted at. The remaining four are bridge and tip features that live in profile, which is why a front-photo tool that confidently hands you Greek or Roman is guessing.

• Wide or broad

  Wings set wide relative to the height of the nose. This is the platyrrhine end of the nasal index.

  A front photo can measure this

• Narrow

  Wings set close relative to the height of the nose. The leptorrhine end of the same index.

  A front photo can measure this

• Crooked or deviated

  The bridge does not run straight from its top to the tip.

  A front photo can measure this

• Bulbous

  A tip that reads as rounded and wide relative to the bridge above it.

  A front photo hints at this

• Snub or button

  A short nose with a rounded tip. Height shows from the front; the roundness does not.

  A front photo hints at this

• Straight or Greek

  A bridge that runs straight from the brow to the tip, judged in profile.

  Needs a side photo

• Roman or aquiline

  A bridge with a raised hump partway down, judged in profile.

  Needs a side photo

• Hawk

  A strongly convex bridge with a downward-pointing tip, judged in profile.

  Needs a side photo

• Turned-up or celestial

  A tip rotated upward, which is a rotation you can only see from the side.

  Needs a side photo

Worth knowing where the list comes from. Most of these names are popular classification with roots in nineteenth-century physiognomy, which attached character traits to nose shapes and had no business doing so. They survive because they are vivid, not because they are precise. The nasal index below is the one measurement here with a real anthropometric literature behind it.

The nasal index, and how much it varies

The nasal index is the one nose shape measurement with a real literature behind it: nose width over nose height, times 100. Anthropometry sorts it into five descriptive bands. The strip below puts those bands, our own measured range and one published population study on the same axis, so you can see how much of the scale real faces actually occupy.

Nasal proportions differ between populations, and the literature reports that as ordinary descriptive variation. Different groups sit in different parts of the range. That is the reason no nose shape band here is described as better, and the reason an average from any single study is not a target for anyone. Ranges describe groups. They do not grade individuals.

Where the nose type names actually come from

Roman, Greek, hawk, snub, celestial. That nose shape list is not a summary of anatomy and it is not old folk wisdom. It is the six-class scheme from a single book, Notes on Noses, published in London in 1848, and the book assigns a personality to each class. This is the sentence under Class II, the one that produced every "Greek nose meaning" search you have ever seen:

"It indicates Refinement of character, Love for the fine arts and belles-lettres, Astuteness, Craft, and a preference for indirect, rather than direct action."

Class I, the Roman or aquiline, "indicates great decision, considerable Energy, Firmness, Absence of Refinement." The author is in earnest about it, writing that "Nasology is strictly in harmony with the deductions of the ablest physiognomists and ethnologists," and he hangs the whole scheme on the racial hierarchy of his day, arguing that a "flat, depressed Nose" indicates "a similar mind" to what he claims protruding jaws indicate. One of his six classes is explicitly antisemitic.

You will sometimes read that the book was a parody of phrenology. We could not verify that against any primary source, and the preface and first chapter read as sincere advocacy, so we are not going to repeat it as fact. What is certain either way is how it was received and reused: as serious character reading. And it is still in circulation, because it is the taxonomy on the nose pages currently ranking for these searches.

Roman and aquiline: the sources contradict each other

Clinic listicles draw a crisp distinction between a Roman nose and an aquiline one. The two foundational sources use the words in incompatible ways. The 1848 scheme makes them the same thing, Class I, "The Roman, or Aquiline Nose," and puts the strongly hooked nose in a separate class. Topinard's 1885 anthropology does the reverse: aquilin is the whole convex family, with the hooked nose, crochu, as one variety inside it. Any page giving you a confident Roman-versus-aquiline distinction is inventing it, because the sources it would have to rest on disagree.

Topinard also recorded that travellers applied the labels to whoever was in front of them, describing aquiline and Roman noses among Ashanti, Australian and Papuan people, and concluded dryly that one can understand how a traveller might be mistaken.

The "Greek nose" is a sculptural convention

Two primary sources settle this, and no competitor page carries either. Winckelmann's 1764 history of ancient art, the source of the idea, introduces it as a term of art: "the Greek profile, as it is called, is the first and principal attribute of a high style of beauty," describing "a nearly straight or slightly-depressed line which the forehead and nose describe in youthful heads."

A century later the anthropologist who did more than anyone to measure noses looked for it in living people and did not find it. Topinard, 1885, writing about the perfectly straight profile: one cannot explain the idea the Greek artists had in choosing this line of convention, "which is met with today neither in Greece nor in Italy." He adds that the exactly straight nose is rare in any case, since there is always some slight inflexion at both ends of the lateral cartilages.

So the most sought-after nose shape on the internet is a drawing convention, named after a place where the person who went looking for it reported it does not occur. That is the honest answer to "what is a Greek nose," and it is more useful than a diagram.

The nasal index was built to classify races. That has to be said out loud

The measurement at the centre of this nose shape page has a history, and burying it in a footnote would be dishonest. The nasal index was created by Paul Broca in the nineteenth century and used by its own authors to sort human populations. Topinard, writing in 1878, put it this way, and the sentence gives the whole enterprise away:

"M. Broca has, in fact, discovered that the nasal index is one of the best for the purpose of distinguishing the various races of mankind, although he does not arrange them in a regular scale conformably to the exalted idea that we ourselves form of those races."

Read that again: the complaint is that the measurements refused to sort people into the order the authors wanted. That is what a hierarchy-building project looks like when its own instrument will not cooperate. It is the reason nothing in this nose shape tool ranks a band, sorts a table by value or puts an "ideal" column beside a population figure.

The nose shape bands here are not Broca's, and the scales are different

This trips up nearly every page that quotes the index. Broca's original boundaries were about 42 to 47 for leptorrhine, 48 to 52 for mesorrhine and 53 upward for platyrrhine. Those are skull measurements, taken on bone. The index measured on a living face is a different quantity on a different scale: Topinard's own sample of 78 Europeans averaged 68.1 on the living-subject version, which would be off the top of the skull scale entirely.

The modern living-subject boundaries this nose shape tool uses, under 70, 70 to 85, and above 85, are worth being straight about too. We traced them through three papers that state them, and each cites another study rather than a primary methodological source. None of the chains we followed reaches Broca, Topinard or Martin. They are inherited numbers in wide use, not derived ones, and we use them because they are the shared vocabulary, not because we found their derivation.

Even in the nineteenth century the same Greek-derived words meant different numbers in different national schools, which Topinard warned about directly: one should be wary when the German writers speak of mesorrhiny, because it may be what he would call platyrrhiny.

Four measured populations, each standing on its own

These nose shape figures are not ranked, not sorted by value and not compared to any ideal. Each is a separate description of a separate group of people, with the method and the sample attached, which is the only way figures like these can honestly be shown.

The Ghanaian authors make the point we would: it "is inappropriate to apply nasal dimensions of one ethnic group to another," since geography and nutrition influence nasal morphology. Different groups occupy different parts of the range. That is all this says. It is variation, the same way height is variation, and no part of the range is a target.

The profile numbers, and why we do not print them

Surgical planning uses two nose shape angles this tool cannot measure, because both are side-view quantities. They are worth explaining anyway, because the "normal ranges" attached to them are shakier than they look.

The nasofrontal angle, where the nose meets the brow, has at least three incompatible definitions in circulation, two of which do not even share a vertex and therefore cannot produce the same number on the same face. Measured values across four studies run from about 110 degrees in a clinical Indian sample to about 146 in a Syrian one, and some of that spread is real variation while some of it is simply people measuring different angles. The familiar "115 to 130 degrees normal" comes from a 1984 monograph as a proposed target, and no paper we read states a sample size, a population or a protocol behind it. A 100-person Brazilian study that set out to test it measured 137.1 on average, outside the range entirely.

The nasolabial angle, between the base of the nose and the upper lip, comes with a textbook sex difference: about 90 to 95 degrees for men and 100 to 110 for women. Three measured samples do not reproduce it. In 165 Lebanese adults the sexes differed by 0.12 degrees. In 100 Brazilians the difference was not significant and ran backwards, men higher than women. In 100 Syrians the two values were 102.18 and 102.03. Published norms across studies span roughly thirty degrees with the male and female direction flipping between them.

This is also the clean geometric reason the tool above measures what it measures. In a published measurement protocol the frontal view yields two of six nose measures, and both are widths. Every angle and every projection ratio is a lateral-view quantity, because they are displacements along the axis that a straight-on photograph flattens to nothing. A front photo cannot see them. Ours does not claim to.

Sources: Eden Warwick [George Jabet], Notes on Noses, London 1848/1864 · Winckelmann, The History of Ancient Art Among the Greeks, 1764, English translation 1850 · Topinard, Anthropology, English translation 1878, and Elements d'anthropologie generale, Paris 1885 · Robertson et al. 2024 (Ghana, N=202) · Jha et al. 2023 (Nepal, N=215) · Jimoh et al. 2011 (Nigeria, N=105) · J Oral Maxillofac Pathol 2025 (South India, N=305) · Ballin et al. 2018 (Brazil, N=100) · Saadeh et al. 2025 (Lebanon, N=165) · Torbey et al. 2024 (Syria, N=100).

Every card below is an AI generated face put through the same code the nose shape tool at the top of this page runs, showing the numbers as they came out. Sort them by index or filter to one band to see how little the type names would tell you that the measurements do not.

• 

  87.4

  Platyrrhine

  Bridge off straight by 0.4%

  flare 1.14× · length 35% · wings 64/294

• 

  87.2

  Platyrrhine

  Bridge off straight by 0.4%

  flare 1.14× · length 34% · wings 64/294

• 

  79.8

  Mesorrhine

  Bridge off straight by 0.4%

  flare 1.14× · length 35% · wings 64/294

• 

  77.8

  Mesorrhine

  Bridge off straight by 0.5%

  flare 1.15× · length 33% · wings 48/278

• 

  77.5

  Mesorrhine

  Bridge off straight by 0.5%

  flare 1.14× · length 36% · wings 64/294

• 

  76.2

  Mesorrhine

  Bridge off straight by 0.6%

  flare 1.14× · length 36% · wings 64/294

• 

  76.2

  Mesorrhine

  Bridge off straight by 0.6%

  flare 1.14× · length 36% · wings 64/294

• 

  73.0

  Mesorrhine

  Bridge off straight by 0.4%

  flare 1.13× · length 38% · wings 64/294

• 

  68.9

  Leptorrhine

  Bridge off straight by 0.5%

  flare 1.13× · length 38% · wings 48/278

• 

  67.8

  Leptorrhine

  Bridge off straight by 0.4%

  flare 1.13× · length 35% · wings 64/294

• 

  67.7

  Leptorrhine

  Bridge off straight by 0.5%

  flare 1.13× · length 37% · wings 64/294

Nose shape questions

Where to go next

• Face shape detectorThe shape your proportions add up to, with hair and frame suggestions.
• Canthal tilt testThe angle from your inner to your outer eye corner, each eye on its own.
• Golden ratio face testEight classical proportions, each scored with a signed gap.
• Face symmetry testLeft against right for six feature groups, with mirrored composites.