Quick answer: What are the most famous typefaces and where did they come from?
- Serif book faces — Garamond (1530s), Caslon (1720s) and Baskerville (1757) shaped how printed English looks.
- Times New Roman (1932) — drawn for The Times of London to fit more words in narrow newspaper columns.
- Helvetica (1957) — Max Miedinger and Eduard Hoffmann's neutral sans-serif, first named Neue Haas Grotesk.
- Screen faces — Verdana and Georgia (1996) were drawn by Matthew Carter for low-resolution monitors.
- Comic Sans (1994) — Vincent Connare made it for a cartoon dog's speech bubbles in Microsoft Bob.
Key takeaways
- A typeface is a solution to a technical problem: metal casting, newspaper columns, signage at speed or pixels on a screen.
- Readers identify the letters of a word in parallel, not the word's outline, so letter clarity matters more than 'word shape'.
- There is no reliable evidence that dyslexia-specific fonts improve reading; spacing and size matter more.
- Harder-to-read fonts do not reliably improve learning: the famous 'disfluency' result failed to replicate.
- For apps, pick a typeface for legibility at small sizes first (large x-height, open shapes), personality second.
Every letter you are reading was designed by someone, usually to solve a very specific problem: fitting more words into a newspaper column, making a station sign readable from a moving train, or keeping letters clear on a 1990s monitor with 72 pixels per inch. This guide follows 15 typefaces from Gutenberg's workshop to your phone, with each one's designer, date and reason for existing, and then looks at what reading research actually says about fonts, including a few popular beliefs that do not hold up.

Famous typefaces at a glance
The table lists the 15 typefaces in order, with their designer and the problem each was built to solve.
| Typeface | Year | Designer | Built to solve |
|---|---|---|---|
| Blackletter (Textura) | c. 1455 | Johannes Gutenberg | Imitate scribes' handwriting in metal |
| Garamond | 1530s | Claude Garamont | Elegant, readable Roman book type |
| Caslon | 1720s | William Caslon | Sturdy English book and document type |
| Baskerville | 1757 | John Baskerville | Sharper contrast on smoother paper |
| Bodoni | 1798 | Giambattista Bodoni | Dramatic, high-contrast display type |
| Akzidenz-Grotesk | 1898 | H. Berthold foundry | Plain sans-serif for commercial jobs |
| Johnston | 1916 | Edward Johnston | Clear signs for the London Underground |
| Futura | 1927 | Paul Renner | Geometric type for a modern age |
| Gill Sans | 1928 | Eric Gill | A humanist British sans-serif |
| Times New Roman | 1932 | Stanley Morison, Victor Lardent | More words per newspaper column |
| Helvetica | 1957 | Max Miedinger, Eduard Hoffmann | A neutral, modern grotesque |
| Frutiger | 1976 | Adrian Frutiger | Airport signs readable at speed and angle |
| Comic Sans | 1994 | Vincent Connare | Cartoon speech bubbles in Microsoft Bob |
| Verdana / Georgia | 1996 | Matthew Carter | Clarity on low-resolution screens |
| Roboto / San Francisco / Inter | 2011–2017 | Google, Apple, Rasmus Andersson | Interfaces on high-density screens |
Table: 15 famous typefaces, their designers and the problem each solved
The age of metal type (1455–1800)
Gutenberg's blackletter (c. 1455)
Johannes Gutenberg's 42-line Bible, printed in Mainz around 1455, used a dense blackletter type called Textura, modelled on the handwriting of German scribes. Gutenberg's invention was not the letter design but the system: a hand mould that cast thousands of identical metal letters, which could be arranged, printed and reused. Readers of the time expected books to look handwritten, so the first typeface imitated a pen.

Garamond (1530s)
In Paris, the punchcutter Claude Garamont cut Roman (upright, non-blackletter) types in the 1530s and 1540s that set the standard for European books. Many modern "Garamonds" are revivals of his work or of later types by Jean Jannon that were long misattributed to him. Garamond's small x-height and graceful shapes make it economical and calm on a page.
Caslon (1720s)
William Caslon's types, cut in London from the 1720s, became the default of the English-speaking world for most of the 18th century. American printers used Caslon for the first printed versions of the Declaration of Independence in 1776. A popular printers' saying ran: "When in doubt, use Caslon."
Baskerville (1757)
John Baskerville, a Birmingham businessman, improved the whole system: blacker ink, smoother "wove" paper and type with sharper contrast between thick and thin strokes. His 1757 Virgil showed what the combination could do. In 2012 the filmmaker Errol Morris ran an informal online test with readers of The New York Times: statements set in Baskerville were slightly more likely to be judged true than the same statements in other fonts, including Comic Sans10. It was not a controlled study, but it is a memorable hint that typography carries authority.


Bodoni (1798)
Giambattista Bodoni, printer to the Duke of Parma, pushed contrast to the extreme: hairline serifs and heavy vertical strokes. His Manuale Tipografico, published by his widow in 1818, displayed hundreds of alphabets. Bodoni-style "Didone" types still dominate fashion magazines because high contrast looks luxurious at large sizes, and breaks up at small ones.
Sans-serif and the modern age (1898–1957)
Akzidenz-Grotesk (1898)
The Berthold foundry in Berlin issued Akzidenz-Grotesk in 1898 for "jobbing" print: tickets, forms and advertisements. Plain and sturdy, it became the favourite of Swiss modernist designers in the 1950s and the direct ancestor of Helvetica.
Johnston (1916)
London's Underground commissioned the calligrapher Edward Johnston in 1913 to create a typeface that would be unmistakably clear on station signs. Johnston's sans-serif, first used in 1916, is still the basis of Transport for London's lettering more than a century later: the longest-running corporate typeface in continuous use. (Its signs appear again in our post on the London Tube map.)
Futura (1927)
The German designer Paul Renner built Futura from circles, triangles and squares, for the Bauer foundry in Frankfurt in 1927. It became a symbol of modernity: Volkswagen, Louis Vuitton and the plaque that Apollo 11 astronauts left on the Moon in 1969 all used it.
Gill Sans (1928)
The English sculptor Eric Gill drew Gill Sans for the Monotype Corporation in 1928, based partly on Johnston's Underground letters, which he had helped with. It is "humanist": its proportions follow classical Roman capitals rather than geometry. The BBC and the London and North Eastern Railway used it for decades.




Times New Roman (1932)
In 1929 Stanley Morison, typographic adviser to Monotype, told The Times of London that its type was badly printed and old-fashioned. The paper asked him to fix it. Morison supervised and the draughtsman Victor Lardent drew a new face based on an older Plantin type, made narrower so more words fit each column, with sharper contrast for cheap newsprint. The Times first appeared in it on 3 October 19322. Microsoft shipped it with Windows from 1992, which made it the default font of a generation of school essays and legal documents.
Helvetica (1957)
At the Haas Type Foundry near Basel, Eduard Hoffmann commissioned Max Miedinger in 1957 to update Akzidenz-Grotesk for the Swiss style then sweeping design. The result, Neue Haas Grotesk, was renamed Helvetica, from the Latin name for Switzerland, when Stempel and Linotype released it internationally in 19606. Its tight spacing, horizontal stroke endings and large x-height made it feel neutral and modern. It became the voice of corporations (American Airlines, Lufthansa, Jeep), New York's subway signs and, from iOS 7 in 2013 until 2015, Apple's iPhone interface.

Signs, cartoons and screens (1976–2017)
Frutiger (1976)
When Charles de Gaulle Airport opened outside Paris in 1974, the Swiss designer Adrian Frutiger, already famous for Univers, was asked to design its signage. He drew letters with open shapes that stayed legible at a distance, from an angle and to people walking fast. The typeface, released for general use in 1976 as Frutiger, is now one of the most common choices for hospital, transport and road signage worldwide.

Comic Sans (1994)
Vincent Connare, a typographic engineer at Microsoft, saw a beta of Microsoft Bob, a friendly home interface for beginners, in which a cartoon dog spoke in speech bubbles set in Times New Roman. It looked wrong, so in 1994 he drew a face based on the lettering in comic books he had in his office, including The Dark Knight Returns and Watchmen5. It missed Bob's deadline but shipped with Windows 95's Plus! pack and then with Windows itself4, and escaped into every school poster and office notice. Connare's own view is that it was designed for one purpose and misused for many.

Verdana and Georgia (1996)
In the mid-1990s screens showed text at 72 to 96 pixels per inch, so a lowercase letter might be only seven pixels tall. Microsoft commissioned the type designer Matthew Carter to draw typefaces for exactly that grid: Verdana, a sans-serif with a large x-height, wide letters and generous spacing, and Georgia, a serif that held up on screen3. Tom Rickner hand-tuned the pixel instructions ("hinting"). Verdana became the dominant font of the early 2000s web.
Roboto, San Francisco and Inter (2011–2017)
As screens reached 300 pixels per inch and more, interface fonts could become more refined. Google introduced Roboto with Android 4.0 in 201112; Apple introduced San Francisco in 2015 to replace Helvetica Neue, with separate "Text" and "Display" cuts tuned for small and large sizes; and the Swedish designer Rasmus Andersson released Inter in 2017 as a free typeface for interfaces, now used across many apps and websites13. India's currency got its own glyph in the same period: the rupee sign ₹, designed by D. Udaya Kumar and chosen by the Union Cabinet on 15 July 2010, was added to Unicode as U+20B911.

What reading research says about fonts
Reading research supports some typographic beliefs and contradicts others. Four findings matter for anyone choosing type for a product.

We read letters, not word shapes
The popular idea that readers recognise a word by its outline ("Bouma shape") has weak support. The evidence reviewed by Microsoft's Kevin Larson favours parallel letter recognition: readers identify all the letters of a word at once and combine them1. Distinct letterforms (a clear l, I and 1) matter.
Harder fonts don't make you smarter
A 2011 study found that people remembered information better when it was printed in hard-to-read fonts7. A 2015 project ran 17 experiments with more than 7,000 people and found no reliable benefit of disfluent fonts8. Don't make text harder to read on purpose.
Dyslexia fonts don't fix reading
Controlled studies of fonts designed for dyslexic readers, such as OpenDyslexic, found no improvement in reading rate or accuracy compared with standard fonts9. Larger letter and line spacing helps more. Offer such fonts as a preference, not a cure.
Serifs matter less than size and spacing
On modern screens, differences between serif and sans-serif fonts are small for skilled readers. Size, x-height, letter spacing, line length and contrast have larger effects, which is why interface fonts have big x-heights and open shapes.
How to choose a typeface for an app

- Start with legibility at 12–14 pixels — test the smallest size your app uses, on a real phone, in sunlight.
- Prefer a large x-height and open shapes — letters such as a, e, c and s should stay open, not close up.
- Check confusable characters — l, I and 1, and O and 0, must be distinguishable in codes, passwords and amounts.
- Cover your scripts — if your users read Hindi, Tamil or Bengali, choose a family with matching Indic scripts (for example Noto, Mukta or Hind) rather than a Latin face with fallbacks.
- Use the system font when in doubt — San Francisco on iOS and Roboto on Android are tuned for their screens and respect users' size settings.
For a full shortlist with licences and pairings, see our guide to the best fonts for mobile apps. Typography that people struggle to read shows up as hesitation and drop-off, which is what a mobile app UX audit measures.
How we researched this
Dates and designers come from foundry and Microsoft Typography records, primary specimens held on Wikimedia Commons, and the designers' own accounts (for Comic Sans, Vincent Connare's). Reading research is cited from peer-reviewed journals; the Errol Morris Baskerville test is described as the informal experiment it was. Images are credited under each one. Last reviewed October 2026.
Frequently asked questions
Who designed Helvetica?
Max Miedinger, with Eduard Hoffmann of the Haas Type Foundry in Münchenstein, Switzerland, designed it in 1957 as Neue Haas Grotesk. When the German foundry Stempel and its partner Linotype released it more widely in 1960, it was renamed Helvetica, from Helvetia, the Latin name for Switzerland.
Why was Times New Roman created?
The Times of London commissioned it after its typographic adviser Stanley Morison criticised the paper's old-fashioned type. Morison supervised and draughtsman Victor Lardent drew it, and The Times first used it on 3 October 1932. It is condensed, so more words fit in a newspaper column, while staying readable.
Why do designers hate Comic Sans?
Mostly because of misuse. Vincent Connare designed it in 1994 for the speech bubbles of a cartoon dog in Microsoft Bob, and it shipped with Windows, so people used it on signs, legal notices and memorials where its playful tone clashed with the message. Connare has said it was never meant for those uses.
Is serif or sans-serif easier to read?
Research finds little consistent difference for experienced readers at normal sizes on modern screens. Factors such as x-height, letter spacing, line length, contrast and size have larger effects than the presence of serifs. On very low-resolution screens, simple sans-serifs used to render more clearly, which is why Verdana was designed.
Do fonts for dyslexia work?
Controlled studies have not found that fonts such as Dyslexie or OpenDyslexic improve reading speed or accuracy for readers with dyslexia compared with standard fonts like Arial or Times. Increased letter and line spacing has shown more benefit. Some readers prefer them, which is a valid reason to offer them as an option.
Who designed the rupee symbol ₹?
D. Udaya Kumar, a postgraduate of IIT Bombay, designed it. The Union Cabinet chose his design on 15 July 2010 from a public competition. It combines the Devanagari letter र (ra) with the Latin capital R, with two horizontal lines at the top that also suggest the Indian flag. Unicode encoded it as U+20B9.
Sources
- Kevin Larson, Microsoft Typography — The science of word recognition (2004)
- Microsoft Typography — Times New Roman font information
- Microsoft Typography — Verdana font information
- Microsoft Typography — Comic Sans MS font information
- Vincent Connare — Why Comic Sans?
- MyFonts (Linotype) — Helvetica font family
- Diemand-Yauman, Oppenheimer & Vaughan — Fortune favors the bold (and the italicized), Cognition (2011)
- Meyer et al. — Disfluent fonts don't help people solve math problems, Journal of Experimental Psychology: General (2015)
- Wery & Diliberto — The effect of a specialized dyslexia font, OpenDyslexic, Annals of Dyslexia (2017)
- Errol Morris, The New York Times — Hear, all ye people; hearken, O earth (2012)
- Unicode Consortium — Currency Symbols chart (U+20B9 Indian Rupee Sign)
- Google Fonts — Roboto
- Rasmus Andersson — Inter typeface
- Checked October 25, 2026. Figures that change — fees, salaries, prices — are reviewed every six months; if something is out of date, tell us.
Where to go from here
- Best fonts for mobile apps — the practical guide to choosing one
- Logo evolution — how wordmarks changed alongside type
- Design historyLogo evolution: how 20 famous logos changed, and why almost all of them got simplerLogo evolution of 20 brands from Coca-Cola (1886) to Air India (2023): who designed each, what changed, and the memory science behind simpler logos.
- Everyday design scienceWhy are stop signs octagons? The design rules behind road signs around the worldStop signs are octagons so drivers recognise them by shape alone, even from behind. The history of road sign shapes, colours and lettering from 1923 to today.
- Design historyWindows evolution: how every version from Windows 1.0 to Windows 11 was designed, and what testing changedWindows evolution from tiled Windows 1.0 (1985) to Windows 11: the Start button, XP's Bliss, Windows 8's missing Start and the tests behind each change.
- History50 of the world's greatest monuments: how they were designed, built and changedA design history of 50 famous monuments, from 11,600-year-old Göbekli Tepe to the Burj Khalifa: who built them, when and how they changed, with a map.
- Design historyiOS design history: from leather and linen to flat design to Liquid GlassiOS design history in three eras: skeuomorphism (2007), flat iOS 7 (2013) and Liquid Glass (2025). Who decided each change, why, and what the research says.
- Architecture & engineeringDelhi Metro history: how India's biggest metro was designed and built, phase by phaseDelhi Metro history from its first 8 km in 2002 to a network of more than 370 km: who built it, how each phase grew and the design choices behind it.
Get the ideas, not the noise.
Sign up with Google and we’ll send you short UX psychology tips by email — why people tap, stall and leave, and what to do about it. Unsubscribe anytime. Prefer something to keep? Get the free Laws of UX guide as a PDF.
Every redesign starts with how users behave.
A behavioral UX audit of your app or SaaS product: why users hesitate, stall and leave, and a prioritized fix list. Fixed price, 2–4 weeks.





