Sans Superellipse Ondoj 10 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Burlingame' by Monotype, 'Sans Beam' by Stawix, and 'Celdum' by The Northern Block (names referenced only for comparison).
Keywords: ui design, app interfaces, wayfinding, product branding, dashboards, modern, clean, friendly, techy, neutral, approachability, clarity, screen readability, contemporary geometry, brand neutrality, rounded, soft corners, geometric, even rhythm, open counters.
A rounded, geometric sans with a consistent monoline stroke and corners shaped by soft radii rather than sharp joins. Round letters (O, C, G, Q) lean toward superelliptical, rounded-rectangle geometry, while straight-sided forms keep flat terminals and calm, even proportions. Counters are generally open and simple, and the overall spacing reads orderly and contemporary, with smooth curves and minimal contrast giving it a stable, utilitarian texture in text.
This font fits interface typography, product UI, and dashboard labeling where a clean, rounded sans can maintain clarity at a range of sizes. It also works well for contemporary identity systems, packaging, and signage that benefit from a friendly geometric voice without overt stylization.
The design communicates a modern, approachable clarity—technical without feeling cold. Its rounded construction adds a gentle, friendly tone that suits digital interfaces and contemporary branding while remaining straightforward and neutral in longer passages.
The letterforms appear designed to merge geometric discipline with softened, rounded corners for a balanced, screen-friendly look. The consistent stroke, open shapes, and superelliptical rounds suggest an emphasis on clarity and a contemporary, approachable character in both display and text settings.
The lowercase shows single-storey construction where expected (notably the a), reinforcing the geometric, UI-oriented feel. Numerals follow the same rounded-rect logic, staying simple and legible with consistent stroke behavior across curves and straights.