Sans Superellipse Vanid 10 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: ui design, app branding, tech packaging, headlines, signage, futuristic, tech, clean, playful, modular, modernization, ui clarity, brand distinctiveness, geometric systematization, rounded, squared-off, geometric, streamlined, open counters.
A rounded, squared-off sans built from superelliptic curves and softened corners, giving letters a capsule-and-rectangle geometry. Strokes keep a consistent thickness with smooth joins and minimal contrast, producing a clean, engineered rhythm. Many forms favor flat terminals and broad, open counters, while certain letters introduce distinctive cut-ins and notches (notably in S/s and G) that reinforce the constructed feel. The overall spacing reads generous and stable, with wide, low-stress curves that stay legible even in tightly set sample text.
This font suits interface titles, dashboards, and product branding where a modern, engineered aesthetic is desired. It performs well in headlines, short paragraphs, and signage thanks to its open counters and steady stroke behavior, and it can add a futuristic, approachable flavor to logos and tech-focused marketing.
The tone is contemporary and technical, with a friendly edge created by the soft corners and rounded bowls. Its shapes suggest UI, sci‑fi, and product-design cues—precise and modern rather than neutral—while the subtle quirks in a few glyphs add character without turning decorative.
The design appears intended to merge geometric efficiency with approachable softness: a constructed, superelliptic skeleton tempered by rounded corners and consistent stroke weight. Distinctive internal cuts and simplified structures provide recognizability for display use while maintaining functional readability.
Several glyphs lean toward single-storey constructions and simplified joins, contributing to a streamlined, signage-like clarity. Numerals follow the same rounded-rectangle logic, with a notably geometric 0 and compact, horizontally emphasized forms across the set.