Sans Superellipse Onmur 3 is a regular weight, wide, monoline, upright, normal x-height font.
Keywords: ui, app, branding, signage, headlines, tech, futuristic, clean, geometric, friendly, modernization, interface clarity, geometric consistency, tech branding, rounded, squared, streamlined, modular, compact.
This typeface is built from squared, softly rounded forms with a consistent, monoline stroke and a distinctly superelliptic geometry. Corners are broadly radiused and terminals are clean and blunt, producing smooth, continuous contours on bowls and rounded rectangles in letters like O, D, and P. Overall proportions feel wide and steady, with generous apertures and simplified joins that keep counters open and shapes legible. The rhythm is slightly modular, with many curves resolving into straight segments, giving the alphabet a cohesive, engineered texture across both uppercase and lowercase as well as numerals.
It performs well in UI and product contexts where clean geometry and consistent strokes support clarity, such as dashboards, controls, and digital signage. Its distinctive rounded-rect silhouette also suits tech branding, short headlines, and packaging where a modern, engineered personality is desired without sacrificing readability.
The tone reads contemporary and technical, with a futuristic, interface-forward flavor. Rounded corners soften the geometry, adding approachability while still keeping a precise, device-like clarity. The result feels modern, efficient, and mildly sci‑fi without becoming decorative or eccentric.
The design appears intended to translate superelliptic, rounded-rectangle construction into a practical sans for contemporary digital environments. It prioritizes uniform stroke behavior, smooth corners, and repeatable modular shapes to create a cohesive, tech-oriented voice that remains approachable in text.
Uppercase construction emphasizes squared rounds and horizontal stability, while the lowercase keeps a compact, utilitarian feel with single-storey forms and minimal detailing. Numerals match the same rounded-rectangle logic, maintaining consistent width and curvature so strings of figures look orderly and systematized.