Sans Superellipse Vadoy 6 is a regular weight, very wide, monoline, upright, tall x-height font.
Keywords: ui labels, headlines, branding, posters, packaging, tech, futuristic, industrial, digital, space-age, interface tone, sci-fi styling, modular system, brand impact, rounded, square-ish, modular, geometric, stencil-like.
A geometric sans built from rounded-rectangle (superelliptic) forms, with consistently softened corners and largely uniform stroke thickness. The proportions read broad and spacious, with a tall lowercase presence and open counters that keep the texture light despite the wide footprint. Terminals tend to be blunt and squared-off rather than tapered, and many joins resolve into clean right angles, giving the design a modular, engineered feel. The curves are controlled and boxy—more “rounded square” than circular—producing a steady, grid-friendly rhythm across both cases and numerals.
Well-suited to display roles where a clean, tech-forward personality is desirable—interface headings, product and device branding, esports or gaming graphics, and poster titling. The open shapes and steady stroke make it workable for short text at medium sizes, especially in signage-style lines and compact UI labels where a geometric, modular look is an asset.
The overall tone is technical and forward-looking, evoking sci‑fi interfaces, industrial labeling, and contemporary hardware aesthetics. Its rounded corners add approachability to an otherwise precise, machine-like voice, balancing cold geometry with a soft, modern edge.
The design appears intended to translate a rounded-rect, grid-based geometry into a friendly but unmistakably technological sans. It prioritizes a consistent modular language across letters and numbers to create a cohesive, contemporary system for modern branding and interface-driven typography.
Distinctive superellipse bowls (notably in forms like C, D, O, and 0) and squared apertures give the face a strong, recognizable silhouette. The lowercase shows simplified, constructed shapes (single-storey a and g), and the numerals follow the same rounded-rect logic for a cohesive alphanumeric set.