Sans Superellipse Onduv 1 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui design, app interfaces, signage, branding, packaging, modern, techy, friendly, clean, minimal, systematic, clarity, approachability, ui-oriented, rounded, superelliptical, geometric, soft corners, open apertures.
A monoline sans with a superelliptical construction: bowls and counters read as rounded rectangles with consistent corner radii and smooth, even curves. Strokes maintain near-uniform thickness, with simple, squared terminals softened by rounding rather than taper. Proportions are tidy and slightly condensed in feel, with ample interior space in letters like O, D, and P and clear, open forms in C, S, and e. Numerals follow the same rounded-rectangle logic, producing a cohesive, systematic texture in text.
Well-suited to user interfaces, dashboards, and product experiences where a clean, rounded sans helps maintain legibility while feeling approachable. It can also work effectively for short-form branding, packaging labels, and signage systems that benefit from a consistent geometric voice and strong letter-to-letter rhythm.
The overall tone is modern and utilitarian but softened by rounded geometry, giving it a friendly, approachable voice. Its disciplined repetition of radii and straight-to-curve transitions evokes contemporary UI, wayfinding, and product design rather than editorial personality.
The design appears intended to deliver a contemporary rounded sans built from a consistent superellipse grid—prioritizing uniformity, clarity, and a friendly technological character. Its restrained, repeatable geometry suggests a focus on reliable display and interface typography rather than expressive, handwritten nuance.
Distinctive details include rounded-shoulder capitals and a consistently squared-off, superellipse rhythm across both uppercase and lowercase. The forms favor clarity over calligraphic contrast, and the punctuation and dot forms read as clean, simple marks that match the font’s geometric restraint.