Sans Superellipse Usli 2 is a very bold, very wide, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, sports branding, gaming ui, tech branding, techno, industrial, sporty, futuristic, confident, high impact, modern branding, ui clarity, logo-ready, sports tone, rounded corners, squared bowls, blocky, compact apertures, soft terminals.
A heavy, geometric sans built from squared forms with generously rounded corners, giving many letters a superellipse/rounded-rectangle skeleton. Strokes are consistently thick with a controlled, low-variation rhythm, and counters tend to be compact and squared-off (notably in O, Q, and the bowls of B/P/R). The lowercase is sturdy and simplified, with short ascenders/descenders and a single-storey a, while numerals follow the same squared, chamfer-free rounding and strong horizontal emphasis. Overall spacing and proportions read as wide and stable, with crisp edges and clean, uniform terminals.
Best suited to headlines, short statements, and logo or wordmark work where its chunky geometry and rounded-square forms can lead the layout. It also fits interface labels, esports/gaming graphics, product packaging, and event promotion—especially where a modern, industrial voice is desired. For longer passages, it works most comfortably in larger sizes with added spacing.
The tone is bold and assertive with a contemporary, engineered feel. Rounded corners soften the mass, balancing a tough, industrial presence with a friendly, game/UI-like approachability. It suggests speed, machinery, and modern branding rather than literary or delicate settings.
This design appears intended to deliver maximum impact through wide, squared geometry and softened corners, creating a futuristic display voice that stays readable and highly consistent across letters and numbers. The goal seems to be a strong, utilitarian aesthetic that feels modern and brandable while avoiding sharp, aggressive terminals.
Distinctive rounded-rectangle construction creates strong silhouettes and high recognition at display sizes. The tight apertures and small counters can fill in visually at very small sizes, so it benefits from generous tracking or larger point sizes when used in dense text.