Sans Other Yene 2 is a bold, normal width, high contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, ui labels, game ui, techno, industrial, retro, utilitarian, game-like, display impact, tech styling, modular system, sci-fi tone, pixel-era nod, modular, angular, squared, stencil-like, geometric.
A modular, geometric sans built from straight strokes and squared corners, with an almost grid-drawn construction. Curves are largely avoided in favor of chamfered or rectangular turns, producing boxy counters and crisp terminals. Strokes tend to be uniform within each glyph, and several forms use open corners and cut-ins that read as deliberate notches rather than smooth joins. Proportions vary noticeably between glyphs, giving the set a mixed-width rhythm and a mechanical, assembled feel in text.
This font is best suited to short display settings where its angular construction can read clearly: headlines, posters, branding marks, and tech-themed packaging. It also fits interface labels and in-world game UI where a mechanical, modular tone is desired. For longer passages, generous sizing and spacing help preserve clarity as the squared counters and notches can visually densify.
The overall tone is technical and industrial, with a retro digital flavor reminiscent of early computer, arcade, and sci‑fi interface lettering. Its rigid geometry and sharp cuts create a no-nonsense, engineered voice that feels modernist yet playful in a game-UI way.
The design appears intended to deliver a distinctive, grid-based sans voice that prioritizes sharp geometry and a constructed look over conventional readability. The consistent right-angle logic and deliberate cut-ins suggest an aim toward futuristic or industrial communication with strong visual character.
Distinctive details include squared bowls and apertures, frequent use of 90° geometry, and occasional inner cutouts that create a stencil-like impression at display sizes. The rhythm in paragraphs is compact and vertical, with tall forms and tight interior spaces that emphasize structure over softness.