Sans Superellipse Vosy 7 is a light, very wide, monoline, upright, tall x-height font.
Keywords: headlines, logotypes, technology branding, ui display, posters, futuristic, technical, sleek, digital, minimal, sci‑fi styling, interface voice, modern minimalism, brand distinctiveness, rounded corners, extended, geometric, modular, aerodynamic.
A geometric sans built from rounded-rectangle and superellipse-like forms, with smooth corners and straight, horizontal stress. Strokes remain even throughout, producing a clean, engineered texture and consistent rhythm. Many letters are horizontally extended, and counters tend toward squared-off ovals, giving the design a compact, screen-like geometry. Openings and terminals are crisp and simplified, with several diagonals (A, K, V, W, X, Y) drawn as sharp, straight joins against otherwise softly rounded bowls.
Best suited to display roles where its extended proportions and rounded-rectangular construction can be appreciated, such as tech-forward headlines, product branding, logotypes, and interface titles. It can also work for short blocks of promotional copy, but its distinctive geometry will dominate long-form text.
The font conveys a futuristic, technical tone—sleek and controlled, with a digital-industrial flavor. Its rounded-rectilinear construction feels modern and precise, suggesting interfaces, hardware, and sci‑fi styling rather than literary warmth.
The design appears intended to merge soft, rounded corners with a disciplined, modular structure, creating a contemporary sans that reads as engineered and forward-looking. Its consistent stroke behavior and superelliptical counters suggest an emphasis on clean reproduction in modern, tech-centric visual systems.
Round letters such as O and Q read as rounded rectangles, while C and G favor open, squared curves that keep the silhouette airy. The lowercase continues the same modular logic, with single-storey forms and restrained detailing; the numerals follow suit with rounded, segmented shapes that look designed for clarity at display sizes.