Sans Other Syda 10 is a regular weight, very wide, low contrast, upright, normal x-height font.
Keywords: display, headlines, posters, branding, logos, techno, futuristic, digital, mechanical, modular, sci-fi tone, tech branding, geometric system, modular design, clean display, monoline, geometric, angular, octagonal, squared.
A geometric, monoline sans built from straight strokes and crisp corners, with frequent chamfered (octagonal) turns that give many glyphs a squared, engineered outline. Curves are largely avoided in favor of flat terminals, right angles, and occasional diagonal joins, producing a modular, constructed feel. Counters tend toward rectangular forms, spacing is relatively open, and the overall rhythm is clean and systematic with consistent stroke thickness across letters and numerals.
Best suited to display settings where its angular construction can be appreciated: headlines, posters, and branding marks that want a technological or futuristic voice. It also works well for UI-like graphics, packaging accents, and short blocks of text where a clean, engineered aesthetic is more important than traditional book-text readability.
The font conveys a distinctly tech-forward, schematic tone—cool, controlled, and machine-like. Its angular geometry reads as futuristic and digital, suggesting interface graphics, sci‑fi titling, and modern industrial design cues rather than humanist warmth.
The design appears intended to translate digital/industrial geometry into a readable sans, prioritizing straight-line construction, chamfered corners, and a consistent monoline system. It aims for a distinctive, futuristic identity while keeping letterforms systematic enough for practical titling and mixed text-and-numeral applications.
Distinctive chamfers appear in rounded characters (notably forms like D/O and related numerals), and several lowercase shapes adopt simplified, single-storey constructions with a straight, architectural stance. The numeral set matches the same rectilinear logic, reinforcing the font’s modular consistency in mixed alphanumeric settings.