Sans Other Syry 1 is a regular weight, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, branding, logotypes, gaming ui, futuristic, techno, arcade, industrial, mechanical, sci-fi styling, digital aesthetic, display impact, tech branding, geometric construction, square, modular, geometric, monoline, angular.
A geometric, modular sans with squared counters and predominantly horizontal/vertical strokes. Forms are built from uniform, monoline segments with frequent open corners, creating a segmented, constructed feel rather than continuous curves. Many glyphs use extended top and bottom bars and rectangular bowls; diagonals appear sparingly and are rendered as stepped or angular joins. Spacing and widths vary across characters, but the overall rhythm stays rigid and engineered, with crisp terminals and a strong emphasis on straight lines.
Best suited to display settings where its rigid geometry can set the tone—headlines, posters, title cards, and brand marks for technology, sci‑fi, or gaming contexts. It can also work for interface labels or short UI strings where a stylized, engineered voice is desired, but its segmented shapes make it less ideal for long-form reading at small sizes.
The design reads as futuristic and machine-made, with a clear sci‑fi/arcade flavor. Its segmented construction and squared geometry evoke digital interfaces, industrial labeling, and retro-tech aesthetics rather than a humanist or editorial tone.
Likely designed to deliver a constructed, high-tech sans that prioritizes strong silhouette and futuristic atmosphere over conventional text softness. The squared bowls, open corners, and stepped diagonals suggest an intent to reference digital hardware, grid-based drawing, and retro arcade typography.
Distinctive stepped details appear in several glyphs (notably in diagonals and some joins), adding a slightly glitchy, circuit-like character. The lowercase maintains the same constructed logic as the uppercase, and the numerals follow the same boxy, bar-driven structure, supporting cohesive display use.