Sans Superellipse Vanod 9 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: ui design, app branding, tech identity, signage, headlines, futuristic, technical, sleek, digital, minimal, modernization, interface clarity, geometric system, display impact, tech styling, rounded corners, soft geometry, low contrast, open apertures, smooth joins.
A geometric sans with rounded-rectangle construction and consistently radiused corners throughout. Strokes maintain an even, monoline feel with smooth, squared-off terminals and rounded joins, producing a clean, engineered rhythm. Counters and bowls lean toward superelliptical shapes, and many letters show open, simplified apertures that emphasize clarity and flow. The overall spacing feels generous and airy, with a wide footprint and a steady baseline presence.
Well-suited to interface typography, dashboards, and product branding where a clean, geometric voice is desired. It should perform especially well in headlines, logos, packaging, and signage that benefit from wide, rounded forms and consistent stroke treatment. The uniform, softened geometry also makes it a strong candidate for motion graphics and on-screen display settings.
The tone is modern and screen-forward, suggesting UI systems, consumer electronics, and sci‑fi interfaces. Its softened corners keep the technical geometry from feeling harsh, giving it a friendly, streamlined personality. The result reads as contemporary and controlled, with a subtle retro-future flavor.
The design appears intended to deliver a contemporary geometric sans built from rounded-rectangle primitives, balancing a technical feel with approachable softness. Its consistent radiusing, simplified apertures, and modular curves point to a systemized, display-oriented concept meant to look precise and modern across letters and numerals.
Distinctive rounded-rect forms show up strongly in O/Q/0 and in the squared curves of C/G/S. The uppercase set feels particularly signage-like, while the lowercase maintains the same geometric logic with simple, open forms that favor legibility over calligraphic nuance. Numerals follow the same rounded, modular construction for a cohesive alphanumeric set.