Sans Superellipse Utlin 2 is a bold, very wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, branding, packaging, gaming ui, techy, futuristic, clean, confident, playful, modern display, tech branding, geometric clarity, high impact, rounded, squared, geometric, extended, soft corners.
A heavy, extended sans with a consistent stroke and a clear superellipse construction: curves tend to resolve into rounded-rectangle bowls and corners rather than fully circular forms. Terminals are mostly flat and squared-off, with generous corner rounding that keeps the texture smooth at large sizes. Counters are compact but open enough to preserve letter clarity, and spacing reads even, producing a steady, blocky rhythm. Uppercase forms feel stable and architectural, while lowercase adopts similarly squared bowls with simple, single-storey shapes and short, sturdy joins.
Best suited to headlines, logos, posters, and display typography where its wide, geometric presence can set a strong identity. It also fits tech branding, product packaging, and game/esports-style interfaces where a sturdy, rounded-technical look is desired. For longer passages, it will read most comfortably at larger sizes with ample line spacing.
The overall tone is modern and slightly sci‑fi, combining industrial solidity with friendly rounded edges. Its wide stance and soft-corner geometry give it a confident, forward-looking presence that can also feel approachable and game-like rather than austere.
The design appears intended to deliver a contemporary, technology-leaning aesthetic through superelliptical construction and broad proportions, balancing hard-edged structure with softened corners for a more approachable, modern voice.
Round letters like O/Q and the bowls in B/P/R emphasize a rounded-rectangle silhouette, and diagonals (V/W/X/Y) keep a crisp, engineered feel. Numerals match the same geometry, with the 2/3/5 showing flattened curves and the 0/8 leaning toward squared ovals, helping maintain a cohesive, tech-minded voice across alphanumerics.