Sans Superellipse Umsi 4 is a bold, wide, low contrast, upright, tall x-height font.
Keywords: headlines, logos, packaging, posters, signage, tech, futuristic, industrial, retro sci-fi, confident, geometric identity, tech branding, interface flavor, strong silhouettes, systematic forms, rounded corners, squared curves, modular, extended, stencil-like.
A squared, rounded sans with superellipse construction and generous corner radii throughout. Strokes are uniform and heavy, with tight interior counters and crisp, flat terminals that emphasize a modular, engineered feel. The proportions are extended, and many curves resolve into rounded-rectangle bowls and rectangular apertures (notably in C, O, e, and 0), creating a consistent geometric rhythm. Lowercase forms maintain a large x-height and simplified joins, while distinctive details like the single-storey a and g, compact r, and open, angular s reinforce the font’s systematic, display-oriented voice.
Best suited to display applications where its geometric personality and heavy strokes can be appreciated: headlines, brand marks, product packaging, posters, wayfinding, and short UI titles. It can also work for brief blocks of text when set with ample size and spacing, especially in tech-leaning themes.
The overall tone reads as futuristic and technical, with a controlled, machine-made confidence. Its rounded-square geometry evokes digital interfaces and retro sci-fi hardware while staying clean and approachable rather than sharp or aggressive.
The design appears intended to deliver a cohesive rounded-rectangular aesthetic for modern branding and interface-like typography, prioritizing strong silhouette, uniform stroke logic, and a compact, modular rhythm over traditional text ergonomics.
The numerals follow the same rounded-rectilinear logic as the letters, producing strong consistency for UI-style readouts and signage. Round letters and diagonals are deliberately squared off, which increases the sense of precision but can make similar shapes (e.g., O/0 and some bowls) feel closely related at smaller sizes.