Sans Faceted Ofne 11 is a regular weight, narrow, monoline, upright, normal x-height font.
Keywords: headlines, posters, branding, gaming, ui, techno, industrial, futuristic, mechanical, assertive, futuristic identity, systematic geometry, display impact, modern utility, angular, faceted, geometric, condensed, squared.
A compact, geometric sans with sharp planar facets that replace most curves, giving bowls and joints a clipped, chiseled look. Strokes stay largely even in thickness, with squared terminals and tightly controlled apertures that keep counters small and crisp. The overall construction leans rectangular, with rounded forms (like O/C) rendered as many straight segments, creating a consistent, hard-edged rhythm. Lowercase and numerals follow the same modular logic, emphasizing straight stems, angular shoulders, and neatly notched diagonals.
Best suited to headlines, logos, posters, and on-screen titling where its faceted forms can read clearly and contribute character. It can work for UI labels, dashboards, and sci‑fi or industrial branding when set with comfortable spacing and sufficient size to preserve clarity in the tighter counters.
The faceted geometry and restrained, engineered proportions convey a techno-industrial tone—precise, modern, and slightly severe. It reads as utilitarian and futuristic, with a display-like edge that feels suited to systems, hardware, and synthetic environments rather than soft or literary contexts.
The design appears intended to deliver a modern, engineered voice by translating familiar sans shapes into a faceted, straight-segment system. Its goal is to balance legibility with a distinctive angular identity that stands out in display settings and technology-forward visuals.
In text, the tight apertures and angular simplification create a strong texture and distinctive silhouettes, especially in rounded letters and diagonals. The design remains highly consistent across caps, lowercase, and figures, producing a cohesive, constructed look that benefits from generous tracking at smaller sizes.