Sans Superellipse Uswi 2 is a very bold, very wide, medium contrast, upright, normal x-height, monospaced font.
Keywords: headlines, posters, logos, packaging, signage, techy, industrial, utilitarian, retro digital, confident, impact, clarity, systematic, tech feel, retro modern, rounded corners, squared curves, boxy, geometric, chunky.
A heavy, wide sans with forms built from rounded rectangles and squarish curves. Counters are compact and often squircle-like, producing a dense, high-ink texture with consistent stroke weight and minimal modulation. Corners are broadly rounded rather than sharp, while joins and terminals stay clean and mechanical. The overall rhythm is steady and gridlike, with sturdy verticals, broad horizontals, and simplified shapes that maintain clarity at large sizes.
Best suited to short text where impact and shape character matter most: headlines, posters, branding marks, packaging, and bold wayfinding or labeling. It also works well for tech-themed UI headings, dashboards, and graphic systems that benefit from a strong, modular, rounded-rectangle aesthetic.
The design reads as assertive and technical, with a no-nonsense, equipment-label feel. Its rounded-square geometry adds a friendly softness to an otherwise industrial voice, evoking retro computer and arcade-era signage without becoming decorative. The tone is bold and attention-grabbing, suited to messages meant to feel solid and dependable.
Likely drawn to deliver a bold, geometric voice with a consistent, system-like rhythm, prioritizing solidity and legibility in large-scale settings. The rounded-square construction suggests an intent to blend industrial clarity with approachable softness, creating a distinctive display sans for modern technical and retro-digital contexts.
Straight-sided letters (like E, F, T, and L) feel especially structural, while round letters (like O and Q) resolve into rounded-rectangle bowls for a distinctive, modernist silhouette. The numerals share the same squarish curvature, giving the set a cohesive, display-oriented consistency.