Sans Superellipse Utmoz 5 is a regular weight, very wide, low contrast, upright, normal x-height font.
Keywords: ui design, app branding, headlines, signage, posters, futuristic, technical, clean, friendly, sporty, modernization, interface clarity, brand friendliness, geometric consistency, rounded corners, soft geometry, wide stance, square curves, sturdy.
A wide, geometric sans with rounded-rectangle construction and smoothly squared curves throughout. Strokes are uniform and low-contrast, with a stable, upright posture and broad proportions that emphasize horizontal space. Counters tend toward squarish superellipse shapes, terminals are softly blunted, and curves transition with controlled, engineered radii. The rhythm is even and modular, giving both uppercase and lowercase a consistent, system-like feel while maintaining clear, open interior spaces.
Well suited to interface typography, dashboards, and product UI where a clean, modern voice and strong shape recognition are desired. It also performs well in short-to-medium headlines, tech and sports branding, packaging, and environmental graphics where the wide proportions and rounded geometry can read confidently at distance.
The overall tone reads contemporary and tech-forward, with a calm, polished neutrality. Its rounded geometry adds approachability, balancing the utilitarian, engineered structure with a friendly softness. The wide set and smooth corners evoke modern interfaces, sci‑fi branding cues, and streamlined industrial design.
The design appears intended to deliver a modern geometric look built from superellipse-like forms—prioritizing consistency, clarity, and a contemporary tech aesthetic. Its softened corners suggest an aim to remain approachable while still feeling precise and engineered.
Distinctive squared rounding is especially apparent in round letters and numerals, which avoid true circles in favor of softly boxed forms. The lowercase keeps a simplified, geometric construction with compact joins and minimal stroke modulation, and the numerals follow the same superelliptical logic for cohesive signage-like clarity.