Sans Superellipse Vadek 2 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: ui design, signage, branding, headlines, packaging, techy, futuristic, clean, modular, industrial, system design, modern branding, interface clarity, tech aesthetic, geometric consistency, squared, rounded, geometric, extended, high contrast-free.
A geometric sans with squared, superellipse-like counters and generously rounded corners throughout. Strokes are uniform and monoline, with crisp terminals and a constructed, almost modular feel. Proportions run extended and roomy, with wide uppercase forms and similarly open lowercase; curves resolve into rounded-rectangle geometry rather than circular bowls. The rhythm is steady and engineered, with consistent stroke behavior across straight and curved segments and a generally low-contrast, highly regular texture in text.
Well-suited to interface typography, dashboards, and on-device labeling where a clean, engineered presence is desired. It also works effectively for bold, contemporary branding and short-to-medium headlines, especially in tech, automotive, and industrial product contexts where the rounded-square geometry can become a recognizable signature.
The overall tone reads modern and technical, evoking digital interfaces, sci‑fi labeling, and product engineering. Its rounded-square geometry softens the structure just enough to feel approachable while staying distinctly machine-made and contemporary.
The design appears intended to merge geometric clarity with a softened, rounded-square construction, producing a distinctive techno sans that remains orderly and legible. Its consistent monoline strokes and modular curves suggest an aim for systematized, scalable visuals across display and functional applications.
Several glyphs emphasize rectilinear construction—rounded shoulders, squared bowls, and flattened curves—giving the alphabet a cohesive "hardware" silhouette. The numerals and capitals share the same rounded-rectangle logic, supporting a unified, system-like look across alphanumerics.