Sans Superellipse Uhvy 4 is a very bold, very wide, monoline, upright, tall x-height font.
Keywords: headlines, logotypes, posters, gaming, ui labels, futuristic, techy, arcade, industrial, geometric, tech branding, sci-fi tone, signage impact, modular geometry, display emphasis, rounded corners, squarish bowls, compact counters, angular joins, display-y.
A heavy, squared sans built from rounded-rectangle forms and consistent stroke weight. Curves resolve into smooth, superellipse-like corners, while horizontal and vertical stems stay rigid and planar, creating a crisp modular rhythm. Counters are generally compact and rectangular, and many joins use sharp, clipped angles (notably in diagonals), giving the design a mechanical, constructed feel. The overall spacing and proportions read stable and blocky, with open apertures kept relatively tight to preserve a dense silhouette.
Best suited for attention-grabbing display settings such as headlines, posters, game titles, sci-fi/tech packaging, and branding marks that benefit from a strong geometric stamp. It also works well for short UI labels, dashboards, or signage where bold, modular shapes and distinctive silhouettes are an advantage; extended small-text reading is less of its natural strength due to dense counters and a highly stylized construction.
The font conveys a futuristic, techno-industrial mood with strong arcade and sci-fi signage overtones. Its rounded-square geometry feels engineered and digital, projecting confidence and a slightly retro electronic flavor rather than softness or casual warmth.
The design appears intended to translate rounded-rectangle construction into a highly legible display sans that feels engineered and screen-native. By combining softened outer corners with tight internal geometry and assertive diagonals, it aims to deliver a consistent, futuristic voice suitable for tech-forward identities and bold titling.
Distinctive letterforms include squared bowls on characters like O/Q and a boxy, windowed treatment in several curved letters, alongside angular diagonal solutions in V/W/Y/Z that emphasize speed and direction. Numerals follow the same rounded-rect geometry, keeping the set visually unified for interface-like readouts and bold labeling.