The problem with Hebrew is different: the alphabet has no lowercase and uppercase letters, and all signs are visually closer to Latin capitals. Hence, a typical error is either Hebrew text looks compressed against the backdrop of Latin, or, on the contrary, "presses" it with its bulk.
There is no universal correct answer here — it is a question of the function of the text.
A hybrid approach is not a compromise of 'both this and that,' but a conscious decision: the display version of the logo can lean towards Kufi for geometry, while the text version for the interface is strictly Naskh. Mixing them at the same hierarchy level is a mistake.
A telling example of an engineering approach is the Arabic version of Myriad. When directly transferring Latin proportions, Arabic text in interfaces appeared smaller and lost readability due to the specifics of the interline spacing in Arabic script, where diacritics and connecting strokes occupy vertical space differently than in Latin. The solution was not aesthetic but metric: Adobe scaled the Arabic version to 1.4x relative to the Latin one, compensating for the difference in optical perception of size. This is a specific figure that can be used as a reference in your own tests, but not as a ready-made recipe — the coefficient depends on the specific font and its x-height.
The main technical task with Hebrew is to fit letters that do not have case distinctions into the visual hierarchy of Latin with its x-height and cap-height. The rule is simple, but easy to violate: the height of Hebrew letters should be positioned between the x-height and cap-height of the Latin font.
| Error | Result |
|---|---|
| Hebrew height ≈ x-height | The text looks unreadable, 'sinks' into the line |
| Hebrew height ≈ cap-height or higher | Hebrew visually dominates, Latin seems secondary |
| Height between x-height and cap-height | Both alphabets are read as a single system |
Here we should dispel a common misconception: stylistic associations are not automatically transferred between scripts. A high-contrast Didone reads as a language of fashion brands in Latin — but the same contrast in Arabic or Hebrew can simply break readability or evoke associations unrelated to fashion at all. You must test not "does it look similar visually," but how the language speaker reacts.
Adaptation is not considered complete until an engineering, not just visual, check is passed. Mandatory checks:
If the brand team does not speak the target market language, hiring a consultant is not an option, but a mandatory project condition. A telling example of the correct methodology — Intel Clear Arabic, developed with consultants Christian Sarkis and Thomas Milo: the team consciously chose traditional calligraphic forms instead of modernized ones to avoid provoking a negative reaction on conservative markets. This decision was made at the concept stage, not in the final proofreading.
The practical sequence of hiring is as follows: a typographer-language carrier is engaged at the style selection stage (Naskh/Kufi/traditional Hebrew forms) — before a single glyph is even drawn; a linguistic consultant checks contextual forms and diacritics at the technical implementation stage; a focus group of native speakers tests the final result before release. Hiring a consultant only for the final proofreading is a typical mistake that saves budget but does not solve the problem: by that time, structural errors are already embedded in the font, which are cheaper to avoid than to redo.
The problem with Hebrew is different: the alphabet has no lowercase and uppercase letters, and all signs are visually closer to Latin capitals. Hence, a typical error is either Hebrew text looks compressed against the backdrop of Latin, or, on the contrary, "presses" it with its bulk.
There is no universal correct answer here — it is a question of the function of the text.
A hybrid approach is not a compromise of 'both this and that,' but a conscious decision: the display version of the logo can lean towards Kufi for geometry, while the text version for the interface is strictly Naskh. Mixing them at the same hierarchy level is a mistake.
A telling example of an engineering approach is the Arabic version of Myriad. When directly transferring Latin proportions, Arabic text in interfaces appeared smaller and lost readability due to the specifics of the interline spacing in Arabic script, where diacritics and connecting strokes occupy vertical space differently than in Latin. The solution was not aesthetic but metric: Adobe scaled the Arabic version to 1.4x relative to the Latin one, compensating for the difference in optical perception of size. This is a specific figure that can be used as a reference in your own tests, but not as a ready-made recipe — the coefficient depends on the specific font and its x-height.
The main technical task with Hebrew is to fit letters that do not have case distinctions into the visual hierarchy of Latin with its x-height and cap-height. The rule is simple, but easy to violate: the height of Hebrew letters should be positioned between the x-height and cap-height of the Latin font.
| Error | Result |
|---|---|
| Hebrew height ≈ x-height | The text looks unreadable, 'sinks' into the line |
| Hebrew height ≈ cap-height or higher | Hebrew visually dominates, Latin seems secondary |
| Height between x-height and cap-height | Both alphabets are read as a single system |
Here we should dispel a common misconception: stylistic associations are not automatically transferred between scripts. A high-contrast Didone reads as a language of fashion brands in Latin — but the same contrast in Arabic or Hebrew can simply break readability or evoke associations unrelated to fashion at all. You must test not "does it look similar visually," but how the language speaker reacts.
Adaptation is not considered complete until an engineering, not just visual, check is passed. Mandatory checks:
If the brand team does not speak the target market language, hiring a consultant is not an option, but a mandatory project condition. A telling example of the correct methodology — Intel Clear Arabic, developed with consultants Christian Sarkis and Thomas Milo: the team consciously chose traditional calligraphic forms instead of modernized ones to avoid provoking a negative reaction on conservative markets. This decision was made at the concept stage, not in the final proofreading.
The practical sequence of hiring is as follows: a typographer-language carrier is engaged at the style selection stage (Naskh/Kufi/traditional Hebrew forms) — before a single glyph is even drawn; a linguistic consultant checks contextual forms and diacritics at the technical implementation stage; a focus group of native speakers tests the final result before release. Hiring a consultant only for the final proofreading is a typical mistake that saves budget but does not solve the problem: by that time, structural errors are already embedded in the font, which are cheaper to avoid than to redo.