Sans Other Ohli 6 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Necia' by Graviton, 'Gemsbuck Pro' by Studio Fat Cat, and 'Winner Sans' by sportsfonts (names referenced only for comparison).
Keywords: headlines, posters, logos, gaming ui, tech branding, techno, industrial, arcade, utilitarian, futuristic, display impact, digital aesthetic, space efficiency, systematic geometry, squared, angular, blocky, geometric, modular.
A compact, square-built sans with chunky, rectilinear strokes and hard 90° corners. Curves are largely suppressed into faceted forms: rounds (O, Q, C, G) read as squared counters with clipped corners, and diagonals (V, W, X, Y) are steep and wedge-like. Apertures are tight and counters tend toward rectangular shapes, producing a dense, high-impact texture. Proportions are slightly condensed with a stable cap height; lowercase is simplified and monolinear, with short extenders and a pragmatic, pixel-adjacent construction.
Best suited for short, prominent text such as headlines, title cards, posters, logos, and branding where a futuristic/industrial voice is desired. It also fits on-screen applications like gaming UI, sci‑fi interfaces, and labeling where blocky geometry and strong silhouettes help maintain presence.
The overall tone is technical and game-like, evoking arcade UI, sci‑fi labeling, and industrial stenciling without overt ornament. Its rigid geometry and compact spacing convey efficiency and toughness rather than warmth or elegance.
The design appears intended to translate a pixel/CRT-era sensibility into a solid, print-friendly sans, prioritizing bold geometry, compact forms, and a distinctly synthetic feel. It aims to be immediately recognizable and high-impact in display settings.
Distinctive detailing includes squared bowls and terminals, a boxy zero and rounded-rectangle counters, and a strongly constructed, almost modular rhythm across letters and numerals. The simplified lowercase and tight apertures favor impact and consistency over traditional readability at very small sizes.