The Akzidenz-Grotesk You’ve Never Seen
In the 1920s, a unique variant of the Akzidenz-Grotesk typeface was created for Germany’s emerging system of industrial standards. Few people have ever seen it.
by Dan Reynolds • 25 June 2025

Norm-Akzidenz-Grotesk, 1925. Initial character set for the Norm-Akzidenz-Grotesk fonts, without the alternate forms of G, M, and l. (Stiftung Deutsches Technikmuseum Berlin.)
Akzidenz-Grotesk is one of the most popular typefaces of the twentieth and twenty-first centuries. In German, its name is descriptive, informing customers of its intended use: a sans-serif designed for job printing. In English, its name sounds like a tongue twister. By the early 1950s, someone had the brilliant idea to rename Akzidenz-Grotesk for the American market. I suspect this was the work of Amsterdam Continental, which sold the fonts in the United States. The typeface’s anglicized name, Standard, seemed to make its future pre-determined.
Standard’s most prominent use was for signage in the New York City Subway System. Massimo Vignelli and Bob Noorda presented that system in the now-iconic Graphics Standards Manual, designed for the New York City Transit Authority between 1966 and 1970. The family’s bold weight — called Medium in those days — was used throughout. Standard Medium was the heart of the New York City subway’s visual identity until Helvetica replaced it. Helvetica, which is loved and hated the world over, was primarily created to compete with Akzidenz-Grotesk. It never entirely displaced Akzidenz-Grotesk from the market, however, or from New York subway signage.
Even though several Akzidenz-Grotesk styles were published between 1898 and 1914, the family did not become renowned in graphic design circles until the late 1940s, when its use began to increase significantly in Switzerland. It is now well-known for its use in pieces associated with the Swiss “International Style,” including on posters designed by Josef Müller-Brockmann and Armin Hofmann. For more information about the genesis of Akzidenz-Grotesk, see two previous articles of mine: “New Details About the Origins of Akzidenz-Grotesk” and “Notes on the Origin of Akzidenz-Grotesk."

NYCTA Graphic Standards Manual. Standard Medium’s character set from page four of the New York City Transit Authority’s Graphics Standards Manual, published 1970. (Photograph courtesy of Standards Manual.)
This article introduces one custom style of Akzidenz-Grotesk from 1925. Its specific design has so far not seen any attention, either from the printing trades or from graphic designers and typographers. Very likely, it never appeared in the type specimen catalogs of its producing foundry. If the organization that commissioned it had followed through with its plans to use it, this version of Akzidenz-Grotesk might be more well-known today than Standard Medium became in New York.
Understanding Akzidenz-Grotesk
The Akzidenz-Grotesk family, begun at the close of the nineteenth century, slowly made its way from Germany to the rest of Europe, the Americas, and in particular, the United States. After the Second World War, Amsterdam Continental in New York began to distribute it, as fonts of metal type, and probably as fonts of wood and resin type, too. Typeface histories often provide specific release years. But when fonts were still movable pieces of metal type, expansion took time. New sizes might appear years later, while additional weights and styles could take even longer to make. For instance, more than sixty years separate the first and last weights of Akzidenz-Grotesk cast in metal.
The Bauer & Co. and H. Berthold AG foundries in Stuttgart and Berlin first announced the initial “Accidenz-Grotesk” style in 1898. Berthold published the family’s last metal-type style in 1966. That was Akzidenz-Grotesk Extrafett, designed by Günter Gerhard Lange.

Phototype Akzidenz-Grotesk. A 16-point showing of Berthold’s phototype version of Akzidenz-Grotesk, regular weight. This redesign of our iconic typeface comes from Günter Gerhard Lange, who probably oversaw it in 1969. (Götz Gorissen, ed., Berthold Fototypes Vol. 1 [Berthold & Callwey, 1980], 34.)
Some designers can close their eyes and call Akzidenz-Grotesk’s letterforms into their minds. These have played a significant role in graphic design for generations. Those shapes in your mind’s eye aren’t, however, the letters from the early twentieth century; they are from the 1960s. Günter Gerhard Lange made them while redesigning the family for photo-typesetting in the 1960s.
Photo-setting, an almost forgotten era of typography, freed print from physical bits of wood and metal. With photographic negatives and machinery built along a dizzying spectrum of complexity, beams of light exposed letterforms onto photo-sensitive material. Camera lenses allowed fonts to be scaled up or down for the first time. While the best-quality phototype font makers offered size-specific products, users would often scale fonts to any desired size. If this sounds familiar, it is because digital fonts operate more or less under the same paradigm.
Lange was Berthold’s long-time artistic director. He began freelancing for the company in the early 1950s and moved into his more famous role in the early 1960s. After Berthold purchased a photo-typesetting manufacturer in Taufkirchen near Munich, Lange installed Berthold’s new type-drawing office there. This was the center of Berthold’s type design and font-making until the company closed after bankruptcy in the early 1990s.
Even before Lange redesigned Berthold’s typefaces for that new medium, the company’s type-cutting department had been tinkering with the exact shapes of Akzidenz-Grotesk’s letterforms. That tinkering began only a decade after the first font’s release. A few years ago, archivists at the Deutsches Technikmuseum in Berlin uncovered surviving records from Berthold’s type-cutting department. They secured funding to digitize a cache of these in 2024. The uncovered records provide some unexpected backstory for typefaces Berthold published decades ago and, in Akzidenz-Grotesk’s case, more than a century.
These are now online for free use and re-use. Several of the images accompanying this article are from those records.

Akzidenz-Grotesk, c. 1909. Character set for Akzidenz-Grotesk’s regular style, probably printed after the first revision of its diacritics in 1909. Several of its base letters were regularized during the 1920s. For instance, the top the lowercase t was initially diagonal. (Stiftung Deutsches Technikmuseum Berlin.)

Akzidenz-Grotesk, c. 1925. Text-showings of the 36- and 48-point sizes of Akzidenz-Grotesk’s regular weight, including the flat-topped t. (Berthold Register-Probe, 2. Teil [Berthold, n.d.], N180.)

Akzidenz-Grotesk, c. 1909. Character set for Akzidenz-Grotesk’s regular style, probably printed after the first revision of its diacritics in 1909. Several of its base letters were regularized during the 1920s. For instance, the top the lowercase t was initially diagonal. (Stiftung Deutsches Technikmuseum Berlin.)

Akzidenz-Grotesk, c. 1925. Text-showings of the 36- and 48-point sizes of Akzidenz-Grotesk’s regular weight, including the flat-topped t. (Berthold Register-Probe, 2. Teil [Berthold, n.d.], N180.)
I’ve mentioned Berthold several times now, and should explain why this Berlin-based business was so influential. Established by Hermann Berthold in 1858 as an electrotyping provider, it quickly transitioned to making brass rules for printers. These allowed documents to have printed lines and borders that were either perfectly straight or exquisitely ornamented. After its founder retired in 1888, the company merged with Gustav Reinhold’s typefoundry and quickly transformed into an industrial powerhouse — opening factories in Russia, and buying up competitors in Stuttgart, Vienna, Berlin, and eventually Leipzig.
Throughout the twentieth century, Berthold was at the forefront of type design, with many of its products being developed primarily for sale abroad. It published typefaces from well-known commercial artists, and by the 1930s, it collaborated with several avant-garde graphic designers including Herbert Bayer, who had studied and then taught at the Bauhaus. In the 1960s, it was one of few West-German foundries to successfully transition from metal type to photo-typesetting. Just as Berthold’s brass rules had developed a reputation of precision and quality, its photo-typesetting devices provided the sharpest quality on the market.
If you can’t imagine what these products looked like, have a look at one of Berthold’s bound specimen catalogs for its various brass rules.
Deutsches Institut für Normung (DIN)
Since 1917, the German Standards Organization (DIN) has defined norms for the country’s industries. These helped facilitate relationships between different companies and various branches of manufacturing by providing a common basis that could be relied on by multiple parties. Outside of Germany, the most prominent DIN norm is certainly its paper format standards, published in 1923. Although never adopted in the United States, the A and B series of paper sizes and the C series of envelope sizes have broad international use. The A4 paper size is slightly narrower and longer than an 8.5 × 11-inch sheet, and its dimensions are the same as those in the golden ratio. It doesn’t end with paper, though. There are DIN norms for screws, drill bits, guard rails, older letterpress technology, and even for typeface classification and legibility.

DIN Akzidenz-Grotesk family. DIN’s January 1925 proposal for its three-style type and lettering system. Each of the three proposed widths is a version of Akzidenz-Grotesk from Berthold. The condensed design at the top and the extended at the bottom are off-the-shelf fonts from Berthold’s family, with some letters swapped out for newly made alternates. The “Mittelschrift” in the center of the page is a brand new product called Norm-Akzidenz-Grotesk, based on Akzidenz-Grotesk’s regular style. It also contains many unique letterforms. (Stiftung Deutsches Technikmuseum Berlin.)

DIN Akzidenz-Grotesk family. This blueprint from January 1925 likely illustrates part of Berthold’s work on the DIN 1451 fonts. The condensed version at the top and the extended version at the bottom appear to match Enge and Breite Akzidenz-Grotesk, their respective off-the-shelf products, without any of the new alternates shown in the previous image. It is unclear why only twelve letters from the “Mittelschrift” are shown in the middle. These do not precisely match the Norm-Akzidenz-Grotesk in the middle of the previous image. (Stiftung Deutsches Technikmuseum Berlin.)

DIN Akzidenz-Grotesk family. DIN’s January 1925 proposal for its three-style type and lettering system. Each of the three proposed widths is a version of Akzidenz-Grotesk from Berthold. The condensed design at the top and the extended at the bottom are off-the-shelf fonts from Berthold’s family, with some letters swapped out for newly made alternates. The “Mittelschrift” in the center of the page is a brand new product called Norm-Akzidenz-Grotesk, based on Akzidenz-Grotesk’s regular style. It also contains many unique letterforms. (Stiftung Deutsches Technikmuseum Berlin.)

DIN Akzidenz-Grotesk family. This blueprint from January 1925 likely illustrates part of Berthold’s work on the DIN 1451 fonts. The condensed version at the top and the extended version at the bottom appear to match Enge and Breite Akzidenz-Grotesk, their respective off-the-shelf products, without any of the new alternates shown in the previous image. It is unclear why only twelve letters from the “Mittelschrift” are shown in the middle. These do not precisely match the Norm-Akzidenz-Grotesk in the middle of the previous image. (Stiftung Deutsches Technikmuseum Berlin.)
Beginning in the 1920s, Ludwig Goller, who had helped establish the DIN organization, directed his attention to lettering. The standard would become known as DIN 1451. In its earliest stages, DIN 1451 wasn’t just a series of templates for sign makers. It was also a family of typefaces with three widths. Specifically, it was three widths of Akzidenz-Grotesk cast as fonts of moveable metal type. The narrowest version is based on Akzidenz-Grotesk’s condensed style. The same was true for its widest version, which is based on Akzidenz-Grotesk’s extended style. In all three styles, changes have been made to some letters. The G’s are rounder, having lost their spurs, or beards, on the bottom right; the diagonals of the M’s do not come all the way to the baseline; and lowercase l has been replaced with a hockey-stick form. The regular width, however, exhibits the most significant revisions. This “Norm-Akzidenz-Grotesk” was based on Akzidenz-Grotesk’s first regular style. Of the several unique letterforms substituted into the design, the most notable are the S and s, which are considerably wider and more open than the originals.
Every DIN standard has a corresponding number. DIN 1 — the first norm — was published in 1917. It addressed taper pins (Kegelstifte) designed to hold machine parts together. Later, norm numbers do not seem to have been assigned consecutively.
These alternates can be seen here.
If you’ve ever been to Germany, you may have seen its Autobahn signs, all made with DIN 1451. But that isn’t the DIN 1451 we’ve been looking at. So what happened? From surviving correspondence in the DIN archive, it is clear that Berthold’s collaboration with Goller received scorn and derision from printers and competing typefoundries. Both the printers’ union and the typefoundry owners’ association denounced the very concept of official or standardized letterforms. In part, this was driven by aesthetic considerations. Why standardize something that had been open to interpretation for centuries? Few in the mid-1920s would have had problems reading any sign painter’s work or the many mechanically engraved signs in city landscapes. Nevertheless, the biggest concerns revolved around fears of market displacement.
Between 1900 and about 1940, German foundries produced more than 2,000 new designs as fonts of movable metal type. See Walter Wilkes, “Einführung,” in Buchdruckschriften im 20. Jahrhundert: Altas zur Geschichte der Schrift, ed. Philipp Bertheau, Eva Hanebutt-Benz, and Hans Reichardt (Technische Hochschule Darmstadt, 1995), vii.

DIN in 1925. Test sheet for a larger size of Norm-Akzidenz-Grotesk, probably 48 point. By this time, Berthold had flattened the top of the lowercase t’s flag in the general-purpose Akzidenz-Grotesk regular-weight fonts. Norm-Akzidenz-Grotesk was given the old diagonal shape. (Stiftung Deutsches Technikmuseum Berlin.)

DIN 1451 today. In 1981, Berthold published phototype versions of DIN 1451 Engschrift and Mittelschrift. The image above is composed in Linotype’s slightly later take on DIN 1451 Mittelschrift. While DIN 1451 had as many or more design changes as Akzidenz-Grotesk over its long history, these are the letterforms familiar to anyone who’s spent time on Germany’s highways.

DIN in 1925. Test sheet for a larger size of Norm-Akzidenz-Grotesk, probably 48 point. By this time, Berthold had flattened the top of the lowercase t’s flag in the general-purpose Akzidenz-Grotesk regular-weight fonts. Norm-Akzidenz-Grotesk was given the old diagonal shape. (Stiftung Deutsches Technikmuseum Berlin.)

DIN 1451 today. In 1981, Berthold published phototype versions of DIN 1451 Engschrift and Mittelschrift. The image above is composed in Linotype’s slightly later take on DIN 1451 Mittelschrift. While DIN 1451 had as many or more design changes as Akzidenz-Grotesk over its long history, these are the letterforms familiar to anyone who’s spent time on Germany’s highways.
Let’s start with other typefoundry owners: There were more than a dozen of those, and they feared that Berthold would get a leg up on them if it had the new standardized typeface in its portfolio. What if the government decided printers could only print official documents with that typeface? It could turn into a financial catastrophe for their businesses.
The printers’ union’s fears were quite similar. Many designers today think fonts are too expensive, but digital font prices are nothing compared to metal type. Small printing businesses had just enough type to fulfill their day-to-day orders. If an official typeface was introduced, only larger printers could afford it in all available sizes and styles. Many printers would lose this kind of lucrative work altogether.
At first, Berthold and DIN doubled down. Even in 1932, their correspondence shows they were still collaborating on fonts for DIN 1451. Between 1932 and 1936, however, they must have given in. New DIN 1451 templates were published in 1936, no longer based on Akzidenz-Grotesk. Those templates don't perfectly match the DIN 1451 letterforms that are common today. Like Akzidenz-Grotesk, DIN 1451 went through a long, incremental evolution. But the stylistic break was in place.
This fear was not invalid; during the mid-1920s, Berthold’s advertising claimed that it was the largest typefoundry in the world. Although that is difficult to verify, it may have cast more type per year than the American Type Founders Co.
East Germany adopted the 1951 version of DIN 1451 as a national standard named TGL 0-1451. A PDF of that norm is available from Bauhaus University of Weimar. Its first page retains hand-drawn letters based on Berthold’s work from the 1920s and early 1930s. The last two pages illustrate lettering on an enlargement grid. Those forms are likely the same as the next stage of DIN 1451 letters, as published between 1936 and 1951.
In the current version, some of DIN 1451’s letters still echo Akzidenz-Grotesk’s, especially S and s.

Lettering on grids. By the 1936 revision to DIN 1451, the idea of a printed typeface had been dropped. However, it had always been the plan for the system’s letterforms to be drawn or otherwise mechanically reproduced for use in any technical circumstance. In this 1949 book by Ludwig Goller — the man who shepherded DIN 1451 through all its early instances — illustrated the post-1936 letters over a grid. The lettering’s underlying grid helped anyone who needed to apply the forms at any size. (Ludwig Goller, Groteskschriften DIN 1451: Grundlagen und Ausführung [Berlin, 1949], 31.)
The Legacy of DIN 1451 and Akzidenz-Grotesk
In recent decades, DIN 1451 or letters like it have been used in other countries as well, and its forms have crept into graphic design. In 1981, Berthold published two phototype fonts based on the DIN 1451 we came to know and love. By this time, there were no more concerns about market displacement; printing and type design had both changed significantly. Fourteen years later, Albert-Jan Pool published the first styles of FF DIN through FontFont, FontShop’s digital foundry. They quickly became some of the most popular sans serifs in the world. It is quite possible that, in the last thirty years, graphic designers have used FF DIN even more often than Akzidenz-Grotesk.
After creating FF DIN, Pool spent decades researching the development of DIN 1451 and finding its stylistic predecessors in lettering systems developed by the Prussian and German railways. Instead of Akzidenz-Grotesk, these are the current DIN 1451’s true source of inspiration. As a result of FF DIN’s success, other foundries introduced their own takes, including Parachute, Monotype, Fontwerk, and even Microsoft — its version is called Bahnschrift (‘train type’), a fitting name.
Akzidenz-Grotesk has also had a digital renaissance. In addition to Berthold’s own digital versions, made available as PostScript fonts in 1991, a Chicago-based foundry successfully made various OpenType versions available this century. Better quality digitizations were introduced in François-Rappo’s Theinhardt in 2009, Kris Sowersby’s Söhne in 2019, and Erik Spiekermann and Alexander Roth’s Neue Serie 57 in 2022.
One of the most striking aspects of the Akzidenz-Grotesk version of DIN 1451 is that it marked a brief union between two now ubiquitous and largely anonymous designs. Virtually everyone living in parts of the world that use Latin script interacts with a version of Akzidenz-Grotesk and/or DIN 1451 pretty regularly. Few realize where those letterforms came from or their relationship to each other.
The switch from letterpress to offset printing, with text composed on photo-setting devices, predominantly took place in West Germany during the 1970s. This changed the type-provider market significantly. Until the 1960s, most printers’ type was produced by foundries within the country. If printers composed type with Linotype machines, they were likely using matrices for typefaces produced by the D. Stempel AG typefoundry in Frankfurt. Monotype — by the 1960s, only the English company was worth mentioning — had a much smaller foothold in the German market. After the switch, printing companies were using equipment from multinational companies more often. There was also an explosion in the number of typefaces available because making fonts for photo-setting was quicker and cheaper.
Pool has published extensively on his research. As of June 2025, the English-language Wikipedia entry for DIN 1451 draws heavily on his work and includes links to several of his articles.
Nick Sherman digitized Standard Medium as used in the Graphics Standards Manual (pictured above) for a facsimile edition of the original, published by Standards Manual in 2014. A specimen of Sherman’s font can be seen here.
Many of the images in this article come from Berthold’s type-cutting department records. These have already influenced one typeface’s design: 29LT Idris, a multi-script typeface whose Arabic component was designed by 29LT’s principal, Pascal Zoghbi. I hope that they’ll provide fertile ground for more designers in the future. Whether a digital Norm-Akzidenz-Grotesk is on the horizon, however, is anybody’s guess.
Linda Hintz collaborated with Zoghbi to create the Latin script component. An influence for Zoghbi’s Arabic was Arabisch Halbfett Nr. 49, a Berthold typeface from the 1950s designed by Salim Al Habschi, an Egyptian artist.
Notes and References
Even though several Akzidenz-Grotesk styles were published between 1898 and 1914, the family did not become renowned in graphic design circles until the late 1940s, when its use began to increase significantly in Switzerland. It is now well-known for its use in pieces associated with the Swiss “International Style,” including on posters designed by Josef Müller-Brockmann and Armin Hofmann. For more information about the genesis of Akzidenz-Grotesk, see two previous articles of mine: “New Details About the Origins of Akzidenz-Grotesk” and “Notes on the Origin of Akzidenz-Grotesk."
The Bauer & Co. and H. Berthold AG foundries in Stuttgart and Berlin first announced the initial “Accidenz-Grotesk” style in 1898. Berthold published the family’s last metal-type style in 1966. That was Akzidenz-Grotesk Extrafett, designed by Günter Gerhard Lange.
Lange was Berthold’s long-time artistic director. He began freelancing for the company in the early 1950s and moved into his more famous role in the early 1960s. After Berthold purchased a photo-typesetting manufacturer in Taufkirchen near Munich, Lange installed Berthold’s new type-drawing office there. This was the center of Berthold’s type design and font-making until the company closed after bankruptcy in the early 1990s.
These are now online for free use and re-use. Several of the images accompanying this article are from those records.
If you can’t imagine what these products looked like, have a look at one of Berthold’s bound specimen catalogs for its various brass rules.
Every DIN standard has a corresponding number. DIN 1 — the first norm — was published in 1917. It addressed taper pins (Kegelstifte) designed to hold machine parts together. Later, norm numbers do not seem to have been assigned consecutively.
These alternates can be seen here.
Between 1900 and about 1940, German foundries produced more than 2,000 new designs as fonts of movable metal type. See Walter Wilkes, “Einführung,” in Buchdruckschriften im 20. Jahrhundert: Altas zur Geschichte der Schrift, ed. Philipp Bertheau, Eva Hanebutt-Benz, and Hans Reichardt (Technische Hochschule Darmstadt, 1995), vii.
This fear was not invalid; during the mid-1920s, Berthold’s advertising claimed that it was the largest typefoundry in the world. Although that is difficult to verify, it may have cast more type per year than the American Type Founders Co.
East Germany adopted the 1951 version of DIN 1451 as a national standard named TGL 0-1451. A PDF of that norm is available from Bauhaus University of Weimar. Its first page retains hand-drawn letters based on Berthold’s work from the 1920s and early 1930s. The last two pages illustrate lettering on an enlargement grid. Those forms are likely the same as the next stage of DIN 1451 letters, as published between 1936 and 1951.
In the current version, some of DIN 1451’s letters still echo Akzidenz-Grotesk’s, especially S and s.
The switch from letterpress to offset printing, with text composed on photo-setting devices, predominantly took place in West Germany during the 1970s. This changed the type-provider market significantly. Until the 1960s, most printers’ type was produced by foundries within the country. If printers composed type with Linotype machines, they were likely using matrices for typefaces produced by the D. Stempel AG typefoundry in Frankfurt. Monotype — by the 1960s, only the English company was worth mentioning — had a much smaller foothold in the German market. After the switch, printing companies were using equipment from multinational companies more often. There was also an explosion in the number of typefaces available because making fonts for photo-setting was quicker and cheaper.
Pool has published extensively on his research. As of June 2025, the English-language Wikipedia entry for DIN 1451 draws heavily on his work and includes links to several of his articles.
Nick Sherman digitized Standard Medium as used in the Graphics Standards Manual (pictured above) for a facsimile edition of the original, published by Standards Manual in 2014. A specimen of Sherman’s font can be seen here.
Linda Hintz collaborated with Zoghbi to create the Latin script component. An influence for Zoghbi’s Arabic was Arabisch Halbfett Nr. 49, a Berthold typeface from the 1950s designed by Salim Al Habschi, an Egyptian artist.
About the Author
Dan Reynolds is an American typographer and design historian based in Germany and teaching in the book studies program at the Johannes Gutenberg University in Mainz. Dan spends most of his time investigating the history of German type foundries, particularly those active in the nineteenth and twentieth centuries. You can find him on most social media platforms under the @typeoff handle or at www.typeoff.de.
About the Author
Dan Reynolds is an American typographer and design historian based in Germany and teaching in the book studies program at the Johannes Gutenberg University in Mainz. Dan spends most of his time investigating the history of German type foundries, particularly those active in the nineteenth and twentieth centuries. You can find him on most social media platforms under the @typeoff handle or at www.typeoff.de.