A mediterranean style sanserif in 4 styles The original idea of Costa was to create a contemporary mediterranean typeface style. Costa is a synthesis of the purity, as found on Greek capitals, and softness, found in Renaissance scripts. First thing was the design concept that take its roots on the Chancery script. Such writing style appeared during Italian Renaissance. Later few typefaces have been developed from such cursive models. Today most serifed typeface italic take their roots on such triangular structure we can find on gylphs like the n, p, or d. The Costa capitals remains close to pure sanserif models when the lowercases features an ending serif on many letters like the a, n, d, etc. This ending serif being more like a minimal brush effect, creating a visual contrast and referencing the exoticness of the typeface. Knowing that the Costa typeface family began life in the 90s as a bespoke typeface for Costa Crociere, an Italian cruise company — it suddenly makes sense and explains well why Jean François Porchez focused so much on Italian Chancery mixed to a certain exotism. The curvy-pointed terminals of the Costa n can obviously get find on other glyphs, such as the ending of the e, c and some capitals. So, the sanserif looks more soft and appealing, without to be to pudgy or spineless. The general effect, when set for text, remains a sanserif, even not like Rotis Semiserif. Costa is definitly not a classical typeface, or serif typeface which convey past, tradition, historicism as Garamond does beautifully. Because of the Costa crocieres original needs, Costa typeface was designed to be appropriate for any uses. Anytime you’re looking for good mood, qualitative effects, informal tone, cool atmosphere without to be unconvential or blowzy, Costa will convey to your design the required chic and nice atmosphere, from large headlines sizes, brands, to small text sizes. It’s a legible typeface, never boring. A style without neutrality which doesn’t fit comfortably into any typeface classification! Does it proves the novelty of its design and guarantees as well as its originality? Its up to you to be convinced. Barcelona trip Originally not planned, this need appeared because of a trip to Barcelona at the time of the project, where Jean François was giving a lecture. He wanted to pay an homage to that invitation to create something special. So, he designed during his flight some variations of the Spanish Ch, following ideas developed by the Argentinian type designer Rubén Fontana for his typeface called Fontana ND (published by the Barcelona foundry Bauer). Then, he presented during his lecture variations and asked to the audience which design fit the best to their language. They selected the design you can find in the fonts today. Read more about pairing Costa Type Directors Club 2000 Typographica: Our Favourite Typefaces 2004

I love geometric sans serifs, their crispness and rationality. Le Havre taps into this style, but for a while, I've wanted to create a font recalling the printed Futura of the 1940s, which seems to have an elusive quality all its own. After seeing an old manual on a World War II ship, I developed a plan for "Le Havre Metal" but chose to shelve the project due to Le Havre's small x-height. That's where Steagal comes in. When Robbie de Villiers and I began the Chatype project in early 2012 (a project which led one publication to label me the Edward Johnston of Chattanooga!), we started closely studying the vernacular lettering of Chattanooga. During that time, I also visited Switzerland, where I saw how designers were using a new, handmade aesthetic with a geometric base. I was motivated to make a new face combining some of these same influences. The primary inspiration for the new design came from the hand-lettering of sign painters in the United States, circa 1930s through 1950s. My Chatype research turned up a poster from the Tennessee Valley Authority in Chattanooga, Tennessee, which exhibited a number of quirks from the unique hand and style of one of these sign artists. Completing the first draft of Steagal, however, I found that the face appeared somewhat European in character. I turned then to the work of Morris Fuller Benton for a distinctly American take and discovered a number of features that would help define Steagal as a "1930s American" vernacular typeface--features I later learned also inspired Morris Fuller Benton's Eagle. The overall development of Steagal was surprisingly difficult, knowing when to deliberately distort optical artifacts and when to keep them in place. Part of type design is correcting optical illusions, and I found myself absentmindedly adjusting the optical effects. In the end, though, I was able to draw inspiration from period signs, inscriptions, period posters, and architecture while retaining just enough of the naive sensibility. Steagal has softened edges, which simulate brush strokes and retain the feeling of the human hand. The standard version has unique quirks that are not too intrusive. Overshoots have almost been eliminated, and joins have minimal corrections. The rounded forms are mathematically perfect, geometric figures without optical corrections. As a variation to the standard, the “Rough” version stands as the "bad signpainter" version with plenty of character. Steagal Regular comes in five weights and is packed with OpenType features. Steagal includes three Art Deco Alternate sets, optically compensated rounded forms, a monospaced variant, and numerous other features. In all, there are over 200 alternate characters. To see these features in action, please see the informative .pdf brochure. OpenType capable applications such as Quark or the Adobe Creative suite can take full advantage of the automatically replacing ligatures and alternates. Steagal also includes support for all Western European languages. Steagal is a great way to subtly draw attention to your work. Its unique quirks grab the eye with a authority that few typefaces possess. Embrace its vernacular, hand-brushed look, and see what this geometric sans serif can do for you.

Today's digital font technology allowed the world-renowned typeface designer/calligrapher Hermann Zapf to finally realize a vision he first had more than fifty years ago: creating a typeface that could capture the freedom and liveliness of beautiful handwriting. The basic Zapfino™ font family, released in 1998, consists of four alphabets with many additional stylistic alternates that can be freely mixed together to emulate the variations in handwritten text. In 2003, Herman Zapf completely reworked the Zapfino design, creating Zapfino™ Extra. This large expansion of the Zapfino family was designed in close collaboration with Akira Kobayashi. Zapfino™ Extra includes a cornucopia of new characters. It features exuberant hyper-flourishes, elegant small caps, dozens of ornaments, more alternates and ligatures, index characters, and a very useful bold version, named Zapfino™ Forte. A version of the 1998 Zapfino typeface ships as one of the pre-installed fonts included with Mac OSX. The Mac OSX version's letters are four times larger than the Linotype standard. In order to minimize compatibility problems for Macintosh users, Linotype has created OSX versions of its Zapfino Extra Pro typefaces, which have been enlarged to correlate visually with the Mac OS Zapfino system font. These special Linotype fonts can be distinguished by the letter X" in their name. Zapfino Extra is an OpenType format font, which is available in two versions. Which version you purchase should depend on which software applications you use the most and what features they support! The Contextual version of Zapfino Extra Pro contains a treasure-trove of extra contextual features. When created in 2004, this was the most advanced OpenType font released to date. By purchasing this version, users of OpenType-supporting applications, such as Adobe InDesign, may access all of the features available in the entire Zapfino family through just two fonts, Zapfino Extra LT Pro (Contextual) and Zapfino Forte LT Pro! Unfortunately, most non-Adobe applications currently do not support the contextual features made possible by recent OpenType developments. Users of Quark XPress and Microsoft Office should instead purchase all of the non-contextual fonts of Zapfino Extra Pro family, in order to access all of the Zapfino Extra family's 1676 glyphs. The Zapfino Extra family's character set supports 48 western and central European languages. Use Zapfino Extra to produce unusual and graceful advertisements, packaging, and invitations. Zapfino Extra is so joyously abundant that it's tempting to over-indulge, so be sure to check out the tips for working well with the possibilities."

Phinney Jenson ML is a font with deep historical roots firmly planted in the fertile soil of the Italian Renaissance. Twenty years after Lorenzo Ghiberti finished his famous East Doors, the Gates of Paradise, of Santa Maria del Fiore in Florence and about fifteen years before Sandro Botticelli painted his “Birth of Venus,” a French printer by the name of Nicolas Jenson set up a small print shop in the powerful city-state of Venice. The fifteenth century marked the end of the plague and the rise of Venetian power, as the merchants of Venice controlled the lucrative trade of the eastern Mediterranean and sent their ships as far as London and even the Baltic. In 1470, Jenson introduced his Roman type with the printing of De Praeparatio Evangelica by Eusebuis. He continued to use his type for over 150 editions until he died in 1480. In 1890 a leader of the Arts & Crafts movement in England named William Morris founded Kelmscott Press. He was an admirer of Jenson’s Roman and drew his own somewhat darker version called GOLDEN, which he used for the hand-printing of limited editions on homemade paper, initiating the revival of fine printing in England. Morris' efforts came to the attention of Joseph Warren Phinney, manager of the Dickinson Type Foundry of Boston. Phinney requested permission to issue a commercial version, but Morris was philosophically opposed and flatly refused. So Phinney designed a commercial variation of Golden type and released it in 1893 as Jenson Oldstyle. Phinney Jenson is our version of Phinney’s version of Morris' version of Nicolas Jenson’s Roman. We selected a view of the Piazza San Marco in Venice for our gallery illustration of Phinney Jenson ML because most of the principal buildings on the Piazza were already standing when Jenson arrived in Vienna in 1470. The original Campanile was completed in 1173 (the 1912 replacement is partially visible on the left). The Basilica di San Marco was substantially complete by 1300. The Doge’s Palace (not in the photo, but next to the Basilica) was substantially complete by 1450. Even the Torre dell'Orologio (Clock Tower) may have been completed by 1470—certainly by 1500. Phinney Jenson ML has a "rough-and-ready" strength, suitable for headlines and short blocks of text. We have sought to preserve some of the crudeness of the nineteenth-century original. For comparison, see the more refined Centaur, Bruce Rogers's interpretation of Jenson Roman. Phinney Jenson ML has a strong presence that will help your documents stand out from the Times New Roman blizzard that threatens to cover us all. Phinney Jenson ML Features: 1. Glyphs for the 1252 Western Europe, 1250 Central Europe, the 1252 Turkish and the 1257 Baltic Code Pages. Accented glyphs for Cornish and Old Gaelic. Total of 393 glyphs. 400 kerning pairs. 2. OpenType GSUB layout features: onum, pnum, salt, liga, dlig, hisy and ornm. 3. Tabular (std), proportional (opt) & old-style numbers (opt). 5. CcNnOoSsZz-kreska available (salt).

SCR fonts are screen optimized (also called 'pixel fonts'). Unlike standard fonts (and like the few well-hinted fonts like Verdana or Arial), they give a crisp look on screen at very small sizes, thus increasing legibility. The perfect applications for those fonts are web pages and software user interfaces (computer, cellular phones, console games and any other system that uses a screen interface). Unlike most pixel fonts, SCR fonts contain kerning information. Kerning is the adjustment of space between certain pairs of characters (like 'AV') to make text look more fluid, thus increasing legibility and appeal. To benefit from this feature, auto-kerning must be activated in the application. In Photoshop, kerning must be set to 'Metrics'. Although SCR fonts are optimized for screen, they can be used for print (in Illustrator or Indesign for example) for a decorative 'computer text' effect. In this case, there is no constraint: they can be used as any other font. For screen use (in Photoshop, Fireworks, Flash... ), they have to keep aligned with the screen pixel grid not to look blurred or distorted. To achieve this, here are the guidelines to follow: RESOLUTION If the application permits it (Photoshop, Fireworks), document resolution must be set to 72 pixels per inch. SIZE The font size must be set to 10 (or multiples of 10) points. POSITIONING & ALIGNMENT The reference points of text fields and text blocks (upper left corner for left aligned text, upper right for right aligned text) must be positioned at integer values of pixels. In Photoshop, text can be precisely moved with [Edit Free Transform]. In Flash, movie clips containing text fields must also be positioned at integer values on the stage. Text must be aligned to the left or right only. Center alignment can be simulated with left alignment by adding spaces at the begin of each line. To dispense with the positioning and alignment constraints, text anti-aliasing can be turned off if the application permits it (Photoshop, Flash MX 2004). OTHER SETTINGS Leading (line spacing), tracking (letter spacing), manual kerning and baseline shift must be set either to integer values of points or to multiples of 100 units (depending on the application). Vertical and horizontal scaling must be set to 100%. Faux bold or Faux italic must not be used. The document must neither be resized on export, nor allow resizing (Flash Movies).

SCR fonts are screen optimized (also called 'pixel fonts'). Unlike standard fonts (and like the few well-hinted fonts like Verdana or Arial), they give a crisp look on screen at very small sizes, thus increasing legibility. The perfect applications for those fonts are web pages and software user interfaces (computer, cellular phones, console games and any other system that uses a screen interface). Unlike most pixel fonts, SCR fonts contain kerning information. Kerning is the adjustment of space between certain pairs of characters (like 'AV') to make text look more fluid, thus increasing legibility and appeal. To benefit from this feature, auto-kerning must be activated in the application. In Photoshop, kerning must be set to 'Metrics'. Although SCR fonts are optimized for screen, they can be used for print (in Illustrator or Indesign for example) for a decorative 'computer text' effect. In this case, there is no constraint: they can be used as any other font. For screen use (in Photoshop, Fireworks, Flash... ), they have to keep aligned with the screen pixel grid not to look blurred or distorted. To achieve this, here are the guidelines to follow: RESOLUTION If the application permits it (Photoshop, Fireworks), document resolution must be set to 72 pixels per inch. SIZE The font size must be set to 10 (or multiples of 10) points. POSITIONING & ALIGNMENT The reference points of text fields and text blocks (upper left corner for left aligned text, upper right for right aligned text) must be positioned at integer values of pixels. In Photoshop, text can be precisely moved with [Edit Free Transform]. In Flash, movie clips containing text fields must also be positioned at integer values on the stage. Text must be aligned to the left or right only. Center alignment can be simulated with left alignment by adding spaces at the begin of each line. To dispense with the positioning and alignment constraints, text anti-aliasing can be turned off if the application permits it (Photoshop, Flash MX 2004). OTHER SETTINGS Leading (line spacing), tracking (letter spacing), manual kerning and baseline shift must be set either to integer values of points or to multiples of 100 units (depending on the application). Vertical and horizontal scaling must be set to 100%. Faux bold or Faux italic must not be used. The document must neither be resized on export, nor allow resizing (Flash Movies).

DIN Next is a typeface family inspired by the classic industrial German engineering designs, DIN 1451 Engschrift and Mittelschrift. Akira Kobayashi began by revising these two faces-who names just mean ""condensed"" and ""regular"" before expanding them into a new family with seven weights (Light to Black). Each weight ships in three varieties: Regular, Italic, and Condensed, bringing the total number of fonts in the DIN Next family to 21. DIN Next is part of Linotype's Platinum Collection. Linotype has been supplying its customers with the two DIN 1451 fonts since 1980. Recently, they have become more popular than ever, with designers regularly asking for additional weights. The abbreviation ""DIN"" stands for ""Deutsches Institut für Normung e.V."", which is the German Institute for Industrial Standardization. In 1936 the German Standard Committee settled upon DIN 1451 as the standard font for the areas of technology, traffic, administration and business. The design was to be used on German street signs and house numbers. The committee wanted a sans serif, thinking it would be more legible, straightforward, and easy to reproduce. They did not intend for the design to be used for advertisements and other artistically oriented purposes. Nevertheless, because DIN 1451 was seen all over Germany on signs for town names and traffic directions, it became familiar enough to make its way onto the palettes of graphic designers and advertising art directors. The digital version of DIN 1451 would go on to be adopted and used by designers in other countries as well, solidifying its worldwide design reputation. There are many subtle differences in DIN Next's letters when compared with DIN 1451 original. These were added by Kobayashi to make the new family even more versatile in 21st-century media. For instance, although DIN 1451's corners are all pointed angles, DIN Next has rounded them all slightly. Even this softening is a nod to part of DIN 1451's past, however. Many of the signs that use DIN 1451 are cut with routers, which cannot make perfect corners; their rounded heads cut rounded corners best. Linotype's DIN 1451 Engschrift and Mittelschrift are certified by the German DIN Institute for use on official signage projects. Since DIN Next is a new design, these applications within Germany are not possible with it. However, DIN Next may be used for any other project, and it may be used for industrial signage in any other country! DIN Next has been tailored especially for graphic designers, but its industrial heritage makes it surprisingly functional in just about any application. The DIN Next family has been extended with seven Arabic weights and five Devanagari weights. The display of the Devanagari fonts on the website does not show all features of the font and therefore not all language features may be displayed correctly.

DIN Next is a typeface family inspired by the classic industrial German engineering designs, DIN 1451 Engschrift and Mittelschrift. Akira Kobayashi began by revising these two faces-who names just mean ""condensed"" and ""regular"" before expanding them into a new family with seven weights (Light to Black). Each weight ships in three varieties: Regular, Italic, and Condensed, bringing the total number of fonts in the DIN Next family to 21. DIN Next is part of Linotype's Platinum Collection. Linotype has been supplying its customers with the two DIN 1451 fonts since 1980. Recently, they have become more popular than ever, with designers regularly asking for additional weights. The abbreviation ""DIN"" stands for ""Deutsches Institut für Normung e.V."", which is the German Institute for Industrial Standardization. In 1936 the German Standard Committee settled upon DIN 1451 as the standard font for the areas of technology, traffic, administration and business. The design was to be used on German street signs and house numbers. The committee wanted a sans serif, thinking it would be more legible, straightforward, and easy to reproduce. They did not intend for the design to be used for advertisements and other artistically oriented purposes. Nevertheless, because DIN 1451 was seen all over Germany on signs for town names and traffic directions, it became familiar enough to make its way onto the palettes of graphic designers and advertising art directors. The digital version of DIN 1451 would go on to be adopted and used by designers in other countries as well, solidifying its worldwide design reputation. There are many subtle differences in DIN Next's letters when compared with DIN 1451 original. These were added by Kobayashi to make the new family even more versatile in 21st-century media. For instance, although DIN 1451's corners are all pointed angles, DIN Next has rounded them all slightly. Even this softening is a nod to part of DIN 1451's past, however. Many of the signs that use DIN 1451 are cut with routers, which cannot make perfect corners; their rounded heads cut rounded corners best. Linotype's DIN 1451 Engschrift and Mittelschrift are certified by the German DIN Institute for use on official signage projects. Since DIN Next is a new design, these applications within Germany are not possible with it. However, DIN Next may be used for any other project, and it may be used for industrial signage in any other country! DIN Next has been tailored especially for graphic designers, but its industrial heritage makes it surprisingly functional in just about any application. The DIN Next family has been extended with seven Arabic weights and five Devanagari weights. The display of the Devanagari fonts on the website does not show all features of the font and therefore not all language features may be displayed correctly.

DIN Next is a typeface family inspired by the classic industrial German engineering designs, DIN 1451 Engschrift and Mittelschrift. Akira Kobayashi began by revising these two faces-who names just mean ""condensed"" and ""regular"" before expanding them into a new family with seven weights (Light to Black). Each weight ships in three varieties: Regular, Italic, and Condensed, bringing the total number of fonts in the DIN Next family to 21. DIN Next is part of Linotype's Platinum Collection. Linotype has been supplying its customers with the two DIN 1451 fonts since 1980. Recently, they have become more popular than ever, with designers regularly asking for additional weights. The abbreviation ""DIN"" stands for ""Deutsches Institut für Normung e.V."", which is the German Institute for Industrial Standardization. In 1936 the German Standard Committee settled upon DIN 1451 as the standard font for the areas of technology, traffic, administration and business. The design was to be used on German street signs and house numbers. The committee wanted a sans serif, thinking it would be more legible, straightforward, and easy to reproduce. They did not intend for the design to be used for advertisements and other artistically oriented purposes. Nevertheless, because DIN 1451 was seen all over Germany on signs for town names and traffic directions, it became familiar enough to make its way onto the palettes of graphic designers and advertising art directors. The digital version of DIN 1451 would go on to be adopted and used by designers in other countries as well, solidifying its worldwide design reputation. There are many subtle differences in DIN Next's letters when compared with DIN 1451 original. These were added by Kobayashi to make the new family even more versatile in 21st-century media. For instance, although DIN 1451's corners are all pointed angles, DIN Next has rounded them all slightly. Even this softening is a nod to part of DIN 1451's past, however. Many of the signs that use DIN 1451 are cut with routers, which cannot make perfect corners; their rounded heads cut rounded corners best. Linotype's DIN 1451 Engschrift and Mittelschrift are certified by the German DIN Institute for use on official signage projects. Since DIN Next is a new design, these applications within Germany are not possible with it. However, DIN Next may be used for any other project, and it may be used for industrial signage in any other country! DIN Next has been tailored especially for graphic designers, but its industrial heritage makes it surprisingly functional in just about any application. The DIN Next family has been extended with seven Arabic weights and five Devanagari weights. The display of the Devanagari fonts on the website does not show all features of the font and therefore not all language features may be displayed correctly.

DIN Next is a typeface family inspired by the classic industrial German engineering designs, DIN 1451 Engschrift and Mittelschrift. Akira Kobayashi began by revising these two faces-who names just mean ""condensed"" and ""regular"" before expanding them into a new family with seven weights (Light to Black). Each weight ships in three varieties: Regular, Italic, and Condensed, bringing the total number of fonts in the DIN Next family to 21. DIN Next is part of Linotype's Platinum Collection. Linotype has been supplying its customers with the two DIN 1451 fonts since 1980. Recently, they have become more popular than ever, with designers regularly asking for additional weights. The abbreviation ""DIN"" stands for ""Deutsches Institut für Normung e.V."", which is the German Institute for Industrial Standardization. In 1936 the German Standard Committee settled upon DIN 1451 as the standard font for the areas of technology, traffic, administration and business. The design was to be used on German street signs and house numbers. The committee wanted a sans serif, thinking it would be more legible, straightforward, and easy to reproduce. They did not intend for the design to be used for advertisements and other artistically oriented purposes. Nevertheless, because DIN 1451 was seen all over Germany on signs for town names and traffic directions, it became familiar enough to make its way onto the palettes of graphic designers and advertising art directors. The digital version of DIN 1451 would go on to be adopted and used by designers in other countries as well, solidifying its worldwide design reputation. There are many subtle differences in DIN Next's letters when compared with DIN 1451 original. These were added by Kobayashi to make the new family even more versatile in 21st-century media. For instance, although DIN 1451's corners are all pointed angles, DIN Next has rounded them all slightly. Even this softening is a nod to part of DIN 1451's past, however. Many of the signs that use DIN 1451 are cut with routers, which cannot make perfect corners; their rounded heads cut rounded corners best. Linotype's DIN 1451 Engschrift and Mittelschrift are certified by the German DIN Institute for use on official signage projects. Since DIN Next is a new design, these applications within Germany are not possible with it. However, DIN Next may be used for any other project, and it may be used for industrial signage in any other country! DIN Next has been tailored especially for graphic designers, but its industrial heritage makes it surprisingly functional in just about any application. The DIN Next family has been extended with seven Arabic weights and five Devanagari weights. The display of the Devanagari fonts on the website does not show all features of the font and therefore not all language features may be displayed correctly.

There is plenty of lyric and literature about looking over one's shoulder in contemplation. What would you have done differently if you knew then what you know now? This is the kind of question that comes out of nowhere. When it does and whether its context is personal or professional make very little difference. It's a question that can cause emotions to rise and passions to run hot. It can trigger priority shifts and identity crises. It's never easy to answer. Three years ago, I published a font called Semilla. My aim with that was to distill the work of Bentele, a lettering artist from early 1950s Germany. Picking such an obscure figure back then was my way of pondering the meaning and efficiency of objectivity in a world where real human events and existences are inevitably filtered through decades of unavoidably subjective written, printed and oral history. And maybe to pat myself on the back for surviving surprises mild and pleasant. Having been fortunate enough to follow my professional whims for quite some time now, I took another, longer look at my idea of distilling Bentele's work again. I suppose the concepts of established history and objectivity can become quite malleable when personal experience is added to the mix. I say that because there I was, three years later, second-guessing myself and opining that Bentele's work can be distilled differently, in a manner more suited to current cultural angles. So I embarked on that mission, and Bowling Script is the result. I realize that it's difficult to reconcile this soft and happy calligraphic outcome with the introspection I've blathered about so far, but it is what is. I guess even self-created first world problems need to be resolved somehow, and the resolution can happen in mysterious ways. Bowling Script is what people who like my work would expect from me. It's yet another script loaded with all kinds of alternation, swashing and over-the-top stuff. All of that is in here. These days I think I just do all that stuff without even blinking. But there are two additional twists. The more noticeable one is ornamental: The stroke endings in the main font are of the typical sharp and curly variety found in sign painting, while the other font complements that with ball endings, sometimes with an added-on-afterwards impression rather than an extension of the actual stroke. In the philosophical terms I was mumbling earlier, this is the equivalent of alternate realities in a world of historical reduxes that by their very nature can never properly translate original fact. The second twist has to do with the disruption of angular rhythm in calligraphic alphabets. Of course, this is the kind of lettering where the very concept of rhythm can be quite flexible, but it still counts for something, and experimenting with angular white space in a project of a very dense footprint was irresistible. After playing for a bit, I decided that it would interesting to include the option of using optically back-slanted forms in the fonts. Most scripts out there, including mine, have a rhythm sonically comparable to four-to-the-floor club beats. So the weirdly angled stuff here is your chance to do the occasional drumroll. Everyone knows we need one of those sometimes. Bowling Script and Bowling Script Balls fonts comes with 1600 characters and features extended Latin-based language support. There are also a basic version of both fonts without all the alternates and extra OpenType features. Bowling family ships in cross-platform OpenType format. We also want to present “Mute”, a visual essay narated by Tomás García and Valentín Muro, about digital life created specially to introduce Bowling Script.