DIN stands for Deutsche Industrienorm, German Industrial Standard. In 1936, the German Standard Committee settled upon DIN 1451 as the standard font for the areas of technology, traffic, administration, and business. The committee chose a sans serif font because of its legibility and easy-to-write forms. This font was not seen in advertisements and other artistically oriented uses, and there were disagreements about its aesthetic qualities. Nevertheless, this font was seen everywhere on German towns and traffic signs and hence made its way into advertisements because of its ease of recognition.

Sébastien Truchet designed a modular typographic system during his last year in the School of Fine Arts of Besançon. The system is made of a unique grid and 6 modules which are the components to build several typefaces. The most radical is the "2-2". The last one is the "10-12". This is the 4-4. It is built into a square grid. Four modules in width and in height. This font proposes to you two appearances : the caps are blackest and the small letters are more open.

Font designed from that used by Gutenberg in Mayence to print the 42-line bible in 1456. The original font has too many characters for a true type font. Many of them have - in 2008 - no more utility. This font include "long s", naturally, as typicaly medieval, but also a lot of ligatures and abbreviations as "...us", "...rum" "...s" "...r...". A render sheet, added, help to identify them on keyboard. Uses include web-site titles, posters and flier designs, editing ancient texts or greeting cards as a very decorative font... This font support easily as enlargement as small size, remaining clear and easy to read.

This font was inspired by the very well-known humanistic script called "Cancellaresca". This variant was used by a lot of calligraphers in the late 1400s, specially by the Venetian Giovannantonio Tagliente, whose patterns were mainly used for this font. You can compare this with 1610 Cancellaresca. Numerals were inspired by Da Vinci manuscripts, from the same period. We added accented characters and a few others not currently existing at the time. A lot of titling alternates and ligatures are also included.

This family is a compilation created from a Garamond set in use in Paris circa 1651, but similar to those, eroded and tired, that were in use during centuries to print cheap publications, as well as in Europe than in America, and from a large choice of printed symbols—all specially redrawn—used for alchemical, pharmaceutical and astrological books, covering 1550 to late 1800s period. Each alphabet is doubled by a slightly different one, and a special OTF encoding allows to give an irregular effect with never the same twin letters in a single word. The Normal style is enriched by small caps, and the Italic style by Swashes. A lot of symbols, too, are given twice with differences. This font may be used with our calendar specialized 1689 Almanach.

Designed by Werner Schneider and Helmut Ness, the Vialog® 1450 typeface family has been drawn within the standards of the German DIN 1450 regulations. The typefaces conform to the DIN specifications for proportion and line thickness and also contain characters designed in accordance with its requirements. These include characters that can be easily confused, such as uppercase I and lowercase l, and the uppercase O and figure 0, with the corresponding accentuating graphemes and ligatures. In addition, letter pairs that can readily seem to merge together under less than ideal reading environments have also been redesigned. Characters like the g, J and R have also been redrawn to be more legible. Normal glyphs are available as alternatives.

A whimsical array of floral pointers (up/down/left/right) - great for adding directions or pointers to documents, maps, posters, greetings, or simply used as decorative elements. See also 4Point Deco and 4Point GreekFret.

The typeface TWIGS 4 kids was originally designed for a garden exhibition for children by Daniela Costa, Julia Stanossek, Alexander Branczyk and Manuel Viergutz. 4 font-styles (Einerseits, Andererseits, Invert, Icons) with 495 glyphs (Adobe Latin 1) incl. decorative extras like icons, arrows, dingbats, emojis, symbols, geometric shapes, catchwords, decorative ligatures (type the word #LOVE for ❤ or #SMILE for ☻ as OpenType-Feature dlig) and stylistic alternates (20+ stylistic sets). For use in logos, magazines, posters, advertisement plus as webfont for decorative headlines. The font works best for display size. Have fun with this font & use the DEMO-FONT (with reduced glyph-set) FOR FREE! Font Spe­ci­fi­ca­ti­ons ■ Font Name: TWIGS 4 kids ■ Font Weights: Einerseits, Andererseits, Invert, Icons + DEMO (with reduced glyph-set) ■ Font Cate­gory: Dis­play for head­line size ■ Glyph Set: 495 glyphs (Adobe Latin 1) ■ Spe­cials: Decorative extras like arrows → emojis, ornaments, geometric shapes, catchwords, decorative ligatures (type the word #LOVE for ❤ or #SMILE for ☺ as Open­Type Fea­ture. dlig) and stylistic alternates (20 stylistic sets) ■ Design Date: 2005–2020 ■ Type Desi­gner: Manuel Viergutz

A whimsical array of deco pointers (up/down/left/right) - great for adding directions or pointers to documents, maps, posters, greetings, or simply used as decorative elements. See also 4Point Florals and 4Point GreekFret.

a naive art deco font

Ornaments 4 are based on the Amsterdam Apollo and Gracia ornaments and the Amsterdam Crous-Vidal dashes (designed by Crous-Vidal).

Dutch type designer Albert-Jan Pool created this sans FontFont between 1995 and 2009. The family has 20 weights, ranging from Light to Black in normal and condensed styles (including italics). It is ideally suited for advertising and packaging, editorial and publishing, logo, branding and creative industries, poster and billboards, small text, wayfinding and signage as well as web and screen design. Looking for the new Thin and Extra Light weights? They are available through fontshop.com, linotype.com and fonts.com. FF DIN provides advanced typographical support with features such as case-sensitive forms, fractions, super- and subscript characters, and stylistic alternates. It comes with a complete range of figure set options – oldstyle and lining figures, each in tabular and proportional widths. As well as Latin-based languages, the typeface family also partly supports the Cyrillic and Greek writing systems. In 2011, FF DIN was added to the MoMA Architecture and Design Collection in New York. This FontFont is a member of the FF DIN super family, which also includes FF DIN Round.

A contemporary interpretation of the famous DIN typeface. Regular style suits for long texts, while Light and Bold variations work well in large sizes. The typeface includes 24 styles: 6 upright and 6 normal-width italics, as well as 6 Narrow and 6 Condensed styles. The typeface was designed by Vasily Biryukov and released by Paratype in 2015. The set of Condensed styles was added by Alexander Lubovenko and Isabella Chaeva in 2022.

Designed at ParaType (ParaGraph) in 1997 by Tagir Safayev. Based on a condensed style of DIN type family (Linotype Staff designers). That is a group of sans serif faces made to conform to the German Industrial Standard. Based on geometric style, they vary in width but not in weight. Light style was added in 2014 by Manvel Schmavonyan. Demi Bold style was added in 2020 by Isabella Chaeva.

The digital outline fonts, DIN 1451 Fette Engschrift and Fette Mittelschrift were created by URW in 1984 and are the basis for all DIN font families. Both typefaces were designed for the URW SIGNUS system and were mainly used for the production of traffic signs. They have since become so popular in other areas that we have developed a complete DIN font family with 48 styles in OpenType Pro: URW DIN. It is semi-condensed, which is unique among the DIN fonts, so it has a broad spectrum of typographic uses. Its large x-height makes it perfect for use in e-publishing (web, apps, e-Books etc) and its adjusted stroke width between the regular and bold weights enhances its quality and distinguishability in print.

DIN has always been the typeface you root for—the one you wanted to use but just couldn’t bring yourself to because it was limited in its range of weights and widths, rendering it less useful than it could be. The century-old design has proven to be timeless, but modern use cases demanded an update, which resulted in DIN Next—a versatile sans serif family that will never go out of style. This classic design turned modern must-have includes seven weights that range from light to black, each of which has a complementary italic and condensed counterpart. The family also included four rounded designs, stretching the original concept’s range and core usability. DIN Next also boasts a suite of small capitals, old style figures, subscript, superscript and several alternate characters. A quintessential 20th-century design, its predecessor DIN was based on geometric shapes and was intended for use on traffic signs and technical documentation. Akira Kobayashi’s update made slight changes to the design, rounding the formerly squared-off corner angles to humanize the family. Rooted in over 100-years of history, it’s safe to say that there will always be a demand for the DIN design, and thanks to DIN Next, now it’s as usable as it is desired. Wondering what will pair with it perfectly? Check out Agmena™, Bembo® Book, Cardamon™, Joanna® Nova, FF Quadraat® and Quitador™. Featured in: Best Fonts for Logos, Best Fonts for Websites, Best Fonts for Tattoos

This family was inspired by an engraved plate from Diderot & Dalembert's Encyclopedia (publication beginning in 1751), illustrating the chapter devoted to letter engraving techniques. The plate bears two engravers names : "Aubin" (may be one of the four St Aubin brothers ?)and "Benard" ( which name is present below all plates of the Encyclopedia printed in Geneva ). It seems to be a transitional type, but different from Fournier or Grandjean. Small caps are included in fonts for TTF and OTF version, separate files are included in the family sets of the Mac TT version.

During planning for the new Roissy Charles de Gaulle airport in Paris at the beginning of the 1970s, it was determined that the airport's signage system had to include the clearest and most legible lettering possible. The development of all signage was put into the hands of Adrian Frutiger and his studio. The team carried out their task so effectively that a huge demand for their typeface soon arose from customers who wanted to employ it in other signage systems, and in printed materials as well. The Frutiger® typeface not only established new standards for signage, but also for a range of other areas in which a clear and legible design would be required, especially for small point sizes and bread-and-butter type. The typeface family that which emerged as a result of this demand was added into the Linotype library as "Frutiger" in 1977. Frutiger Next, created in 1999, is a further development of Frutiger, not necessarily a rethinking of the design itself. It was based on a new concept, the most obvious visual characteristics of which is the larger x-height, as well as a more pronounced ascender height and descender depth for lower case letters in relation to capitals. This new design created a balanced image and included considerably narrower letterspacing. Frutiger Next meets the demand for a space-saving, modern humanist sans. 2009's Neue Frutiger is a rethink of the 1977 Frutiger family, now revised and improved by Akira Kobayashi in close collaboration with Adrian Frutiger. Despite the various changes, this "New Frutiger" still fits perfectly with the original Frutiger family, and serves to harmoniously enhance the weights and styles already in existence. The perfect mix, guaranteed Neue Frutiger has the same character height as Frutiger. As a result of this, already existing Frutiger styles can be mixed with Neue Frutiger where necessary. Likewise, Neue Frutiger is perfect for use alongside Frutiger Serif. Newly added are the "Neue Frutiger 1450" weights. Especially for the requirements of the newly released German DIN 1450 norm we have built together with Adrian Frutiger specific weights of the Neue Frutiger. The lowercase l" is curved at the baseline to better differentiate between the cap "I", additionally the number "0" has a dot inside to better differentiate between the cap "O", and the number "1" is now a serifed 1. The font contains additionally the origin letterforms from the regular Neue Frutiger font which can be accessed through an Opentype feature."

Niccolo Niccoli (1364-1437) was a wealthy bibliophile and an acclaimed scribe, in Florence (Italy). He was one of the most important Italian calligrapher in this early time of rediscovering Roman script. Of rare accomplishment was his adaptation of the so called Italian humanistic minuscule script. We were inspired from his late work to create this present Font. We have added a lot of accented and other characters (U/V, I/J...) who was not existing in the original and replacing "long s" by a small "s" for a modern use. The OTF encoding was used for intelligent alternates, permitting to use different forms of the same lower case or capital in a single word, reproducing easily the charming variety of a real manual scripture.

A whimsical array of pointers designed with semi-traditional Greek fret pattern (up/down/left/right) - great for adding directions or pointers to documents, maps, posters, greetings, or simply used as decorative elements. See also 4Point Deco and 4Point Florals.

The final collection in the series of 4 fonts. Each font contains 37 expertly drawn panels. All you have to do is add your own text and color for a quick and easy design. All 37 of these panels are exclusive to Letterhead Fonts. Typing each letter generates a different panel. Special Note: Due to the large file size of these fonts, they will not convert for use in Gerber Omega. Instead, Omega users may wish to use an alternate program to type the characters and import them into Omega as .eps files. CorelDraw users should use the "Weld" command rather than "Convert to Curves" command to convert these fonts to vector outlines. Otherwise, the program may crash due to the sheer number of points in each panel.