Sans Superellipse Vedar 1 is a very light, very wide, low contrast, upright, normal x-height font.
Keywords: ui labels, headlines, branding, signage, posters, futuristic, minimal, technical, clean, sleek, modernize, simplify, systemize, soften, rounded, monoline, geometric, soft-cornered, open counters.
A monoline sans with superelliptical construction: rounded-rectangle bowls, softened corners, and generally squared curves that keep counters broad and open. Strokes are consistently thin with clean terminals, and the overall geometry favors long horizontals and wide interior space. Uppercase forms are simplified and geometric (notably in C/G/O/Q), while the lowercase keeps a straightforward, legible skeleton with gently rounded joins and minimal modulation. Numerals follow the same rounded-rectilinear logic, producing a cohesive, display-friendly rhythm.
Best suited to interface labeling, contemporary branding, and headlines where its wide, open forms can breathe. It works well for tech-forward packaging, signage, and poster typography, particularly at medium to large sizes where the thin strokes and rounded-rectangle construction remain clear.
The font conveys a contemporary, device-like tone—calm, engineered, and slightly futuristic—without feeling harsh. Its rounded corners and generous counters soften the technical geometry, giving it a polished, modernist neutrality.
The design appears intended to merge geometric minimalism with softened superellipse curves, producing a modern sans that feels engineered yet approachable. The consistent monoline treatment and rounded-rectangular bowls suggest an emphasis on clarity, cohesion, and a forward-looking visual identity.
The wide set and thin strokes create airy texture and pronounced whitespace, especially in rounded letters and in the spacing between verticals. Diagonals (A/V/W/X/Y) read crisp against the otherwise rounded vocabulary, adding a subtle sci‑fi/industrial flavor. The overall feel is consistent across uppercase, lowercase, and figures, emphasizing uniformity and system-like design.