Sans Superellipse Uhso 9 is a bold, wide, monoline, upright, normal x-height font.
Keywords: display, headlines, branding, posters, game ui, techy, futuristic, industrial, retro sci‑fi, modular design, sci‑fi tone, interface clarity, graphic impact, squared, rounded corners, stencil-like, angular, modular.
A geometric sans built from squared, superellipse-like forms with generously rounded corners and uniform stroke weight. Counters tend toward rounded rectangles, and many joins are hard-angled rather than curved, giving letters a constructed, modular feel. Terminals are typically flat and squared-off, with occasional clipped or chamfer-like cuts (notably in diagonals and bowls), and spacing reads open and even in text despite the compact, blocky shapes. Numerals and capitals echo the same boxy geometry, with clear, consistent rhythm across the set.
Best suited to display applications where its geometric construction can be appreciated: headlines, logotypes, posters, packaging, and tech or gaming UI graphics. It can work for short blocks of text in interface or titling contexts, but the dense counters and stylized forms will be most effective when given room and size.
The overall tone feels technical and synthetic—evoking digital interfaces, arcade-era sci‑fi, and industrial labeling. Its squared curves and engineered angles project a controlled, machine-made personality that reads as modern and slightly retro-futurist at the same time.
The design appears intended to deliver a clean, modular sans with rounded-rectangle structure and a deliberately engineered aesthetic. Its consistent stroke weight and squared curves aim for strong, scalable impact and a recognizable sci‑fi/tech voice in branding and on-screen settings.
Distinctive details like the boxy, inset counters and the angular handling of diagonals (e.g., K, M, N, V, W, X) reinforce a stylized, display-forward voice. At smaller sizes the tight interior apertures and squared bowls can look dense, while at larger sizes the crisp geometry becomes a defining graphic feature.