Sans Superellipse Otkom 6 is a regular weight, wide, low contrast, upright, tall x-height font visually similar to 'Faculty' by Device, 'Mercurial' by Grype, 'Certo Sans' by Monotype, 'RBNo3.1' by René Bieder, and 'Obvia Wide' by Typefolio (names referenced only for comparison).
Keywords: ui text, app design, product branding, signage, dashboards, modern, techy, clean, friendly, utilitarian, system clarity, modernization, approachable tech, geometric consistency, screen legibility, rounded, square-ish, compact joins, geometric, high legibility.
A rounded, geometric sans with superellipse construction: bowls and counters read as softened rectangles rather than perfect circles. Strokes are monoline and even, with squared terminals that are slightly radiused, giving a sturdy, engineered feel. Proportions skew broad and open, and the lowercase shows a notably tall x-height with short extenders, keeping the texture dense and highly readable. Curves are controlled and consistent across rounds (C, G, O, S) while diagonals (A, K, V, W, X) stay crisp and straight, reinforcing a precise, grid-friendly rhythm.
This design suits interface typography, dashboards, wayfinding, and product systems where clarity at a glance matters. Its dense, even texture and open counters also make it practical for short paragraphs, labels, and technical or corporate branding that benefits from a modern, softened-geometric aesthetic.
The overall tone feels contemporary and functional—calm, approachable, and mildly futuristic. The rounded-rectangle geometry lends a friendly softness without becoming playful, suggesting a product-oriented, UI-forward voice.
The font appears designed to deliver a clean, contemporary sans built on rounded-rectangular geometry, balancing a technical, system-like structure with softened corners for approachability. The tall lowercase proportions and consistent stroke behavior suggest an emphasis on legibility and stable rhythm across UI and display settings.
Figures are similarly squared and stable, matching the letterforms’ superelliptical logic and producing clear, compact numerals. Uppercase forms are strong and blocky, while the lowercase retains clear differentiation (notably the single-storey a and g) for legibility in continuous text.