Sans Superellipse Omban 10 is a bold, normal width, monoline, upright, normal x-height font visually similar to 'Molde' by Letritas, 'Opinion Pro' by Mint Type, 'Nulato' by Stefan Stoychev, and 'URW Dock Condensed' by URW Type Foundry (names referenced only for comparison).
Keywords: headlines, ui labels, signage, posters, branding, modern, confident, friendly, utilitarian, techy, clarity, impact, modernity, systematic, rounded, compact, high-contrast-free, blocky, clean.
A heavy, clean sans with monoline strokes and rounded-rectangle construction throughout. Curves resolve into superelliptical corners rather than true circles, giving counters a squarish, compact feel (notably in O, 0, and bowls). Terminals are generally flat and blunt, with minimal modulation and a steady rhythm; apertures stay fairly open while overall proportions remain sturdy and space-efficient. Numerals follow the same squared-round logic, with clear, simple forms and consistent stroke endings.
Well-suited for headlines and short-to-medium copy where a strong, compact texture is desired. The blunt terminals and squared-round bowls make it a good fit for UI labels, wayfinding and signage, and contemporary branding systems that need a solid, approachable voice.
The overall tone is modern and confident, with a friendly softness coming from the rounded geometry. It reads as practical and no-nonsense, leaning slightly tech-forward due to its engineered, superelliptical shapes rather than humanist calligraphic cues.
The design appears intended to deliver strong readability and impact with a distinctly geometric, rounded-rectangle character. Its consistent stroke weight and compact shapes suggest a focus on clear, contemporary communication that holds up in both interface contexts and bold display settings.
Round letters (C, G, O, Q) emphasize a squircle-like geometry that keeps the silhouette tight and contemporary. The lowercase maintains straightforward, workmanlike forms, supporting a consistent, uniform texture in running text while still feeling robust in display sizes.