Arabetics Detroit is a monoshape font family with a fixed single shape per each Arabic Unicode character. This font family supports all Arabetic scripts covered by Unicode Standards 6.1, and the latest Arabic Supplement and Extended-A Unicode blocks, including support for Quranic texts. It includes three weights: regular, bold, and light, each of which has normal and left-slanted (Italic) versions. The design of this font family follows the Arabetics Mutamathil style design principles utilizing varying x-heights and no glyph substitutions. The Mutamathil type style was introduced by the designer more than 15 years ago. The Arabetics Detroit font family includes all required Lam-Alif ligatures in addition to all soft vowel diacritics (harakat), which are selectively positioned with most of them appearing on similar high and low levels—top left corner—to clearly distinguish them from the letters. The Tatweel or Kashida lengthening character is a zero-width glyph.

Lydian is Warren Chappell’s almost calligraphic sanserif, designed for ATF in 1938. Lydian Cursive, done by Chappell in 1940, is much freer and more calligraphic. Life is a journey.

This monospaced version of Galix was commissioned in 2037 by the space exploration company Earth2, as part of a major overhaul of their branding, which had used, since 2021, a generic sans serif (much like every other company). Many specialists in both design and space exploration suggested that this very rebrand started a chain of events that concluded with the invention of time travel in 2041. Contrary to the perceived notion put forward in popular Science Fiction, time travel is only (as of now) possible in the digital realm. It was considered fitting that included among the first files sent back in time should be the Galix Mono typeface, which was remade in OTF format to ensure that it would work with the technology available in 2019. Earth2, for all their insight, did not foresee that the release of the typeface in September of 2019, would lessen the impact of their rebrand. What kind idiots would rebrand a forward looking company with a font that was, by then, almost 18 years old? The subsequent lacklustre response to the redesign didn’t inspire the tidal wave of R&D funding Earth2 had anticipated, and the company went into administration in the summer of 2039, having never invented the time travel which made the release of Galix Mono in 2019 possible. Experts believe that the files sent back in time, although their very sending made it impossible for them to be sent, remained as “time relics” of the future that might have been.

Mono-Spec is a monospaced family of sans-serif type. At least in default settings, all characters across the typeface share a common width. That fixed setting is condensed, and the aesthetic style of Mono-Spec’s letterforms is very industrial. A sister family, called Mono-Spec Stencil, is also available. Its design strays away from the mechanical nature of Mono-Spec, and it channels the spirit of resistance and street culture. Mono-Spec ships in two different formats. Depending on your preference, you can install the typeface as a single Variable Font or use the family’s five static OpenType font files instead. Those weights run from Light through Bold. While the static-format fonts offer a good intermediary-step selection, users who install the Variable Font have vastly greater control over their text’s stroke width. The Mono-Spec Variable Font’s weight axis allows users to differentiate between almost 1,000 possible font weights. That enables you to fine-tune your text’s exact appearance on-screen or in print. Whatever format you choose, the Mono-Spec fonts are equipped with several OpenType features. The most striking of these can be activated via a Stylistic Set. That will replace several letters – like “B”, “E”, “F”, “H”, and “I” with double-width alternates. Those alternates take up as much space as two characters placed next to each other otherwise word. The effect of Mono-Spec’s double-width alternates is striking, and their use strikes a strong chord in any display typography applying them.

The typeface Typist originated during an extensive research on the origin and development of typewriter typestyles. The first commercially manufactured typewriter came on the market in 1878 by Remington. The typestyles on these machines were only possible in capitals, the combination of capitals and lowercase came available around the end of the nineteenth century. Apart from a few exceptions, most typestyles had a fixed letter width and a more or less unambiguous design that resembled a thread-like structure. A lot of this mechanical structure was due to the method the typestyles were produced. Looking at type-specimens for print before the first typewriters were good enough to came on the market we can see that in 1853 and in 1882 Bruce’s Type Foundry already had printing type that had a structure of the typewriter typestyles. Of course printing types were proportional designed as typewriter typestyles had a fixed width. So it is possible that except from the method of production for typewriter typestyles, the design of printing types were copied. In the design of the Typist, the purpose was – next to the monospace feature – to include some of the features of the early typewriter typestyles. Features such as the ball terminals and the remarkable design of the letter Q. This new typeface lacks the mechanical and cold look of the early typewriter typestyles. The Typist comes in six weights with matching italics in two versions. One that resembled the early typewriter typestyles (Typist Slab) and a version designed with coding programmers in mind (Typist Code).

The typeface Typist originated during an extensive research on the origin and development of typewriter typestyles. The first commercially manufactured typewriter came on the market in 1878 by Remington. The typestyles on these machines were only possible in capitals, the combination of capitals and lowercase came available around the end of the nineteenth century. Apart from a few exceptions, most typestyles had a fixed letter width and a more or less unambiguous design that resembled a thread-like structure. A lot of this mechanical structure was due to the method the typestyles were produced. Looking at type-specimens for print before the first typewriters were good enough to came on the market we can see that in 1853 and in 1882 Bruce’s Type Foundry already had printing type that had a structure of the typewriter typestyles. Of course printing types were proportional designed as typewriter typestyles had a fixed width. So it is possible that except from the method of production for typewriter typestyles, the design of printing types were copied. In the design of the Typist, the purpose was – next to the monospace feature – to include some of the features of the early typewriter typestyles. Features such as the ball terminals and the remarkable design of the letter Q. This new typeface laks the mechanical and cold look of the early typewriter typestyles. The Typist comes in six weights with matching italics in two versions. One that resembled the early typewriter typestyles (Typist Slab) and a version designed with coding programmers in mind (Typist Code).

Michael Hoffmann manufactures digital fonts for 30 years. At URW++ he contributed to the technological progress. Over the years, he also specialized in the ideal representation of fonts on screen and the complex assembly of international fonts with scripts of all countries. In his latest project he put the emphasis on developing a highly readable typeface. Less interested in the design as in the functionality of this typeface, he designed Arsapia which he has now installed as a system font on all his computers. Michael Hoffmann studied Japanology at the University of Hamburg and traveled in the early years of his professional activity frequently to Japan, there to train the IKARUS font production tools to Japanese customers. In his spare time he plays guitar or golf depending on the weather. The typeface Arsapia has been designed in such a way that all three font styles Light, Regular and Bold have the same width. When a user therefore opts for the use of Arsapia Light, even though he has already written his text in Regular, nothing changes with respect to the letter tracking. When choosing the Bold for emphasis: Nothing changes except the blackness of the letters. A font change does not engender unwanted line and page breaks of itself. All letters can be clearly distinguished from each other. 1 l I O 0 are all different. For programmers and lovers of monospaced fonts Michael Hoffmann has developed a fourth typeface: Arsapia Mono. This is the perfect terminal font.

Love Notes JNL is a total reworking of one of Jeff Levine's old freeware fonts. This revised version has an alphabet set jogged left and right in different upper and lower case variations. Playing around with the shift key will bring you the optimum results. On the left and right parenthesis keys are blank hearts logged left and right, and the corresponding fill fonts are on the bracket keys. (NOTE: You may have to do some manual adjustments, as the overlay placement can vary slightly in some programs.) There are numerals as well, and scattered around the keyboard are classic "message hearts" - just like in the boxes of candy. A backfill glyph for the numerals and message hearts is on the backslash key.

Ad Lib designed by Freeman Craw for the American Type Founders (ATF) in 1961. A bold Grotesque with irregular rectangular counters in round characters. This type was designed by cutting the letter images out and thus has some wood-cut character. Some lower case characters have slight inclination. Initially numerous alternative characters were provided. Unusual shapes make this typeface useful for advertising and display work.

TT Geekette is an experimental variable* serif with friendly and flexible character of shapes. In this project, we wanted to get away from simplifications and dry geometry and to experiment with the smoothness, softness and plasticity of forms. And in order to make the project a little more stylish and serious, we decided to make the font monospaced. When creating TT Geekette, we did not rely on traditional writing techniques or on the influence of pen movement on the font pattern. Despite the fact that judging by certain characters TT Geekette is a serif, the font is specifically “built” and “drawn”. There are several systemic techniques in font design, such as “loops” which set the plastic rhythm for the entire typeface. Variability in TT Geekette is influenced by contrast buildup in the font—moving the slider to adjust the variability axis, you gradually move from a completely non-contrast monolinear serif font to a font with a pronounced reverse contrast. In addition, with the help of the variability slider, you can remove serifs from the monolinear essence of the font. The TT Geekette family consists of 3 styles: the TT Geekette Bones—monolinear font, the TT Geekette Muscles—reverse contrast serif, and the TT Geekette Variable font. Each style contains over 450 glyphs. And yes, technically the typeface can be used in programming, at least you are guaranteed to get your share of bright emotions. *An important clarification regarding variable fonts. At the moment, not all graphic editors, programs and browsers support variable fonts. You can check the status of support for the variability of your software here: v-fonts.com/support/