Sans Superellipse Usri 4 is a regular weight, very wide, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, branding, user interfaces, techno, futuristic, industrial, clean, geometric, tech aesthetic, modular geometry, strong identity, display clarity, rounded corners, square counters, modular, sturdy, crisp.
A geometric sans built from squared, superellipse-like outlines with generously rounded corners. Strokes are fairly uniform with subtle contrast created by tight inside corners and flattened curves, giving bowls and counters a rounded-rectangle feel. Terminals tend to be straight and clipped, with occasional hooked or notched details in glyphs like J, Q, and some lowercase forms. Proportions are expansive and horizontal, with wide capitals and roomy, squared counters that keep the texture open even at larger sizes.
Best suited to display settings where its wide stance and geometric construction can read clearly: headlines, posters, product branding, and logotypes. It also fits interface or on-screen graphics where a clean, modular rhythm reinforces a technical aesthetic, especially for short labels and titles.
The overall tone is contemporary and engineered, with a distinctly techno voice. Its rounded-rectangle construction reads as modern and functional, suggesting interfaces, machines, and digital hardware rather than humanist warmth. The softened corners prevent it from feeling harsh, balancing precision with approachability.
The design appears intended to deliver a futuristic, modular sans with a consistent rounded-rectangle geometry across letters and numerals. The goal seems to be strong visual identity and clarity through simplified forms, with small stylized quirks to keep the system from feeling purely generic.
Uppercase forms lean toward monolinear, constructed geometry (notably the rectangular O and squared C/G/E), while lowercase introduces a few more idiosyncratic, modular shapes (single-storey a, compact shoulders, and angular joins). Numerals follow the same rounded-rectangle logic, staying legible through large apertures and simplified, straight-sided curves.