Sans Other Onfi 7 is a bold, wide, monoline, upright, normal x-height font.
Keywords: headlines, logos, posters, gaming ui, packaging, techno, futuristic, arcade, industrial, angular, display impact, digital aesthetic, modular system, brand distinctiveness, rectilinear, geometric, octagonal, stencil-like, sharp.
A rectilinear, geometric sans built from straight, uniform strokes and squared corners. Counters and bowls are largely boxy, often formed as open rectangles with deliberate gaps and diagonal cuts that create a slightly stencil-like construction. Diagonal joins and chamfered terminals add a faceted rhythm, while several uppercase forms introduce pointed, V-shaped motifs. Proportions are extended horizontally, with compact interior spaces and a consistent, grid-driven structure that keeps curves to a minimum.
Best suited to headlines, logos, and short display lines where its geometric cuts can be appreciated at larger sizes. It also fits gaming and tech interface styling, event posters, product marks, and packaging that benefits from a futuristic, industrial edge. For longer paragraphs, it will typically work better in brief bursts than continuous reading due to its tight counters and stylized construction.
The overall tone reads futuristic and game-like, with a crisp, engineered feel that suggests digital interfaces and sci‑fi branding. Its angular cuts and segmented forms give it an assertive, mechanical personality that leans toward retro arcade and cyber aesthetics rather than neutral text setting.
The design appears intended to translate a strict grid into a distinctive display voice, using squared bowls, chamfered joints, and strategic breaks to evoke modular, digital letterforms. The aim seems to be high-impact recognition and a cohesive techno aesthetic across caps, lowercase, and figures.
Distinctive openings in letters such as E, G, O/Q-like forms and the sharply constructed diagonals in K, R, S, and Z contribute to a coded, techno texture. The numerals follow the same squared, segmented logic, reinforcing a display-oriented, system-like consistency across the set.