Sans Superellipse Vofu 7 is a regular weight, very wide, low contrast, upright, tall x-height font.
Keywords: headlines, logotypes, branding, posters, ui display, futuristic, technical, clean, retro, tech aesthetic, geometric branding, futurist display, clean readability, geometric, rounded, squared, extended, monolinear.
A geometric sans built from rounded-rectangle and superellipse forms, with smooth corners and largely monolinear strokes. The proportions are notably expanded horizontally, giving letters a low, sleek silhouette while maintaining clear, open counters. Curves are controlled and even, and straight strokes terminate with rounded ends, creating a consistent, engineered rhythm across the alphabet. The design mixes soft rectangles with occasional angled joins (notably in diagonals), and the overall spacing reads airy and organized.
Best suited to headlines, logotypes, and brand systems that want a sleek, contemporary voice with a technical edge. It also works well for UI display typography, product naming, and short blocks of marketing copy where its wide stance and rounded-square construction can define the visual identity.
The tone feels modern and machine-made—sleek, polished, and slightly sci‑fi—while also nodding to late‑20th‑century techno and automotive graphics. Its rounded geometry keeps it friendly rather than aggressive, making it feel approachable despite the technical styling.
The design appears intended to translate a superellipse/rounded-rectangle construction into a practical sans for modern display use. By combining expanded proportions with controlled, low-contrast strokes and softened terminals, it aims to feel both futuristic and readable while delivering a strong, recognizable geometric signature.
Round letters (like O, C, G) read as horizontally stretched superellipses, and many bowls and apertures favor squared curvature over purely circular forms. Numerals follow the same extended, rounded-rect logic, producing a cohesive alphanumeric color suited to display sizes where the distinctive geometry is most apparent.