Sans Other Ufnan 5 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: ui labels, sci‑fi graphics, tech branding, posters, titles, technical, futuristic, minimal, geometric, instrumental, geometric construction, tech aesthetic, display clarity, systematic design, monoline, octagonal, faceted, angular, modular.
A monoline sans built from straight strokes and crisp corners, with many curves resolved into chamfered, polygonal turns. The construction feels modular and faceted—round letters like C, O, Q, and G read as octagon-like outlines—while diagonals are clean and narrow. Stroke endings are generally flat, with occasional small breaks/notches that emphasize a plotted, engineered drawing logic. Proportions are compact and consistent, with open counters and simplified forms that prioritize structure over calligraphic nuance.
Best suited to display and short-to-medium text settings where its geometric construction can be appreciated—interface labels, technical diagrams, motion graphics, and futuristic branding. It can work in paragraphs at larger sizes, but its thin monoline build and angular detailing will read most clearly in headlines, captions, and on-screen typography.
The overall tone is technical and futuristic, evoking CAD lettering, instrumentation panels, and sci‑fi interface typography. Its thin, precise linework reads cool and controlled, with a subtly experimental, constructed character rather than a neutral everyday sans.
The design appears intended to reinterpret a sans skeleton through a modular, chamfered system, creating a clean geometric voice with an engineered feel. By replacing curves with faceted segments and keeping strokes uniform, it aims for a contemporary, tool-like aesthetic that signals precision and technology.
The font’s signature comes from its chamfered geometry and the way it substitutes rounded bowls with straight segments, producing a distinctive rhythm in continuous text. The numerals follow the same faceted logic, maintaining uniform stroke behavior and angular joins for a cohesive set.