Sans Superellipse Admul 7 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui design, app interfaces, wayfinding, branding, editorial, clean, modern, friendly, neutral, tech, clarity, modernization, soft geometry, system consistency, interface readiness, rounded corners, superelliptical, open apertures, low contrast.
A crisp geometric sans with superelliptical construction: rounds resolve into rounded-rectangle bowls and counters, and terminals finish with softly squared corners rather than fully circular ends. Strokes are even and low-contrast, giving a steady, contemporary texture. Proportions are balanced with a moderate x-height and clear differentiation between circular forms (O, C) and straighter-sided forms (D, U). Counters are open and generous, and the numerals follow the same rounded-rect logic for a cohesive, UI-like rhythm.
This font suits user interfaces, dashboards, and product design where a calm, legible sans is needed with a softer geometric voice. It also works well for contemporary branding, packaging, and editorial headings, and can hold up in signage and wayfinding where clear silhouettes and open counters are beneficial.
The overall tone is modern and approachable—clean enough for technical contexts, but softened by rounded corners that keep it from feeling austere. Its geometric regularity suggests precision and efficiency, while the superellipse curves add a friendly, contemporary warmth.
The design appears intended to blend geometric discipline with softened superelliptical forms, delivering a contemporary sans that feels both efficient and welcoming. Its consistent stroke and rounded-rectangle logic suggest an aim toward clarity and systematized visual consistency across letters and numerals.
Diagonal strokes (A, V, W, X) stay sharp and linear against the softer curves, creating a pleasant contrast between straight and rounded elements. The lowercase shows simple, single-storey forms (notably a and g) and compact joins, supporting clarity at smaller sizes without losing its geometric character.