Sans Other Ufbok 12 is a very light, normal width, monoline, upright, normal x-height font.
Keywords: headlines, branding, posters, ui display, packaging, minimal, futuristic, technical, architectural, clean, modernization, distinctiveness, light elegance, technical clarity, geometric construction, geometric, rounded, open counters, high aperture, linear terminals.
A very thin, monoline sans with a geometric skeleton softened by generous curves. Strokes keep an even weight throughout, with rounded joins and clean, linear terminals that often end as clipped horizontals or verticals rather than fully closed forms. Many letters use open counters and deliberate breaks (notably in C/G/S and several lowercase forms), creating an airy rhythm and a slightly modular, constructed feel. Proportions read as relatively tall and narrow with ample internal space, and numerals follow the same spare, outline-like logic.
Best suited to display sizes where the delicate strokes and open counters can be appreciated: wordmarks, editorial headlines, posters, product packaging, and sleek interface headings. In text blocks, it works most reliably with generous size, tracking, and strong contrast to preserve readability.
The overall tone is cool and understated, leaning toward contemporary tech and architectural minimalism. Its intentional gaps and simplified curves give it a futuristic, diagrammatic character that feels precise rather than expressive.
The design appears intended to deliver a minimalist, contemporary sans with a custom-built, almost schematic construction. By combining uniform strokes, rounded geometry, and purposeful openings, it aims to feel modern, lightweight, and distinctive while remaining broadly sans in structure.
Distinctive constructions—like the open G, the simplified E/F bars, and the single-storey lowercase a—prioritize clarity of outline over traditional closed bowls. The extreme lightness and open forms can reduce legibility at small sizes or in low-contrast settings, but they create a refined, high-end look in larger applications.