Sans Superellipse Vota 9 is a light, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, logotypes, branding, posters, packaging, futuristic, sleek, techy, minimal, friendly, modernize, futurism, streamline, brand voice, rounded, monoline, geometric, superelliptical, extended.
A monoline sans with markedly extended proportions and generous horizontal rhythm. Curves are built from rounded-rectangle/superellipse shapes, producing softly squared bowls and counters in letters like O, C, D, and e, while straight strokes remain clean and even. Terminals are consistently rounded, corners are smoothed rather than sharp, and joins stay simple, giving the design a crisp, engineered feel. The lowercase is compact and orderly with single-storey a and g, open apertures, and a clean, linear baseline presence; numerals follow the same rounded, streamlined construction.
Best suited to short-to-medium display settings where its extended width and smooth superelliptical forms can define a strong visual identity—such as headlines, brand marks, product names, posters, and contemporary packaging. It can work for tech-themed UI accents or section headers, where a sleek, rounded geometry is desirable.
The overall tone is futuristic and polished, with a calm, lightweight presence that reads as modern and tech-forward rather than expressive or humanist. Its rounded geometry adds approachability, tempering the sci‑fi feel with a friendly softness.
The design appears intended to deliver a streamlined, contemporary sans built from rounded-rectangular geometry, balancing a futuristic silhouette with soft, approachable curves. Its extended width and consistent monoline construction suggest a focus on distinctive display impact and clean, modern branding.
Round letters and many diagonals emphasize the font’s wide stance, while squared-off curves keep shapes stable and predictable. Some characters lean toward stylized geometry (notably the angular diagonals in K, V, W, X, Y), reinforcing a designed, display-oriented personality even when set in longer samples.