Sans Superellipse Onkup 1 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui, app design, wayfinding, branding, packaging, tech, clean, friendly, modern, utilitarian, system feel, legibility, modernization, softened geometry, brand neutrality, rounded, superelliptic, soft corners, geometric, open counters.
A rounded geometric sans with superelliptic construction: curves resolve into softly squared corners and many bowls feel based on rounded rectangles rather than true circles. Strokes are even and monoline, with generous corner radii and generally open apertures that keep forms clear. Uppercase shapes are compact and controlled (notably the squared-curve C/G and the rounded-rectangle O), while lowercase keeps a simple, single-storey a and g and a straightforward, low-contrast rhythm. Numerals follow the same softened geometry, with the 0 echoing the superellipse and angled forms like 2, 4, and 7 staying crisp without sharp terminals.
Well suited to UI and product typography where a modern, friendly system aesthetic is needed, including dashboards, settings screens, and device labeling. It also fits contemporary branding and packaging that benefit from clean geometry with softened edges, and can work for signage/wayfinding at moderate sizes where clarity and consistency are priorities.
The overall tone is contemporary and tech-leaning, combining a clean, engineered feel with approachable softness from the rounded corners. It reads calm and orderly rather than expressive, with just enough warmth to avoid looking sterile.
Likely intended as a versatile geometric sans that feels modern and digitally native, using superelliptic rounding to create a distinctive but disciplined identity. The design balances functional legibility with a softened, approachable character for everyday product and brand use.
Distinctive superelliptic bowls give the design a consistent “rounded-rectangle” signature across O/Q and related counters, reinforcing a cohesive system look. The straightforward constructions and clear spacing suggest an emphasis on legibility in interface-like settings.