Sans Superellipse Vupy 12 is a regular weight, very wide, low contrast, upright, normal x-height font.
Keywords: ui labels, product branding, signage, packaging, headlines, tech, industrial, futuristic, clean, confident, modernization, system clarity, geometric identity, softened tech, rounded corners, squared curves, geometric, expanded, blocky.
A geometric sans built from rounded-rectangle and superellipse-like curves, with squared bowls and softly radiused corners throughout. Strokes are monolinear and even, producing a crisp, low-modulation texture, while terminals stay mostly straight and blunt rather than tapered. Proportions are notably expanded, with broad counters and generous horizontal spacing that keeps forms open and legible. The lowercase shows single-storey shapes (notably the “a”) and a compact, sturdy rhythm; round letters like o/c/e read as squarish rounds, and figures follow the same rounded-rect logic for a consistent, engineered look.
It suits interface labels, navigation, and product surfaces where clarity and a contemporary, engineered tone are needed. The expanded proportions and open counters make it effective for headlines, signage, and branding marks, especially in tech, tools, mobility, or consumer electronics contexts.
The overall tone feels modern and system-oriented, leaning toward a tech and industrial voice rather than humanist warmth. Its wide stance and rounded-square geometry suggest dashboards, devices, and contemporary product branding—confident, controlled, and slightly futuristic.
The design appears intended to merge geometric precision with friendly rounding: a squared-off, contemporary skeleton softened by consistent radiused corners. The goal reads as a highly legible, modern display-to-interface sans that maintains a distinctive rounded-rect signature across the entire character set.
Curved joins are handled with consistent corner radii, giving a cohesive family feel across caps, lowercase, and numerals. The design balances tight, mechanical construction with softened edges, which helps it avoid harshness at larger display sizes while still reading as precise.