Sans Other Yene 1 is a bold, normal width, high contrast, upright, normal x-height font.
Keywords: posters, headlines, logotypes, game ui, sci-fi ui, techno, industrial, arcade, futuristic, stencil-like, futurist feel, systemic design, display impact, digital aesthetic, geometric rigor, geometric, angular, squared, modular, monolinear.
A rigid, modular sans built from straight strokes and squared counters, with a distinctly pixel-like construction despite being drawn as solid vector forms. Corners are predominantly right-angled, with occasional clipped/diagonal cuts on joins and terminals that add a machined feel. Curves are largely avoided; round letters resolve into rectilinear bowls and boxed apertures, producing a tight, mechanical rhythm. Proportions vary noticeably by glyph, and many characters use narrow internal openings and heavy verticals for an assertive, poster-ready texture.
Best suited for display typography where its angular modularity can be read at a glance: headlines, posters, branding marks, title cards, and packaging. It also fits digital contexts such as game UI, sci‑fi or cyber-themed interface mockups, and tech/event graphics where a hard-edged, constructed voice is desirable.
The overall tone reads techno and industrial, evoking arcade graphics, sci‑fi interfaces, and utilitarian labeling. Its sharp geometry and boxed forms feel coded, engineered, and intentionally synthetic rather than humanist or editorial. The look is confident and slightly aggressive, suited to high-impact, modern display settings.
The design appears intended to translate a grid- or pixel-inspired aesthetic into a bold, clean sans, prioritizing strong silhouettes and a mechanical rhythm over traditional text comfort. It aims for a cohesive, systemized alphabet that signals technology, futurism, and industrial precision.
Several glyphs lean into stencil-like construction through interrupted or inset joins (notably in letters such as M and W), and many forms use squared terminals that emphasize a grid-based aesthetic. Numerals and capitals share the same rectilinear logic, creating a cohesive, system-like voice across alphanumerics.