Sans Superellipse Vote 3 is a light, very wide, monoline, upright, normal x-height font.
Keywords: ui design, tech branding, headlines, posters, product design, futuristic, sleek, clean, technical, minimal, modernize, systemize, streamline, soften, rounded corners, soft geometry, expanded, open counters, low contrast.
A geometric sans built from rounded-rectangle and superellipse-like strokes, with smooth corners and a consistent, low-contrast line. The proportions are notably extended, producing broad letters and generous horizontal apertures. Curves resolve into flattened arcs rather than perfect circles, and terminals feel engineered and controlled, often ending with softly squared caps. Spacing reads even and airy, with open counters and a restrained, systematic rhythm across capitals, lowercase, and figures.
This font suits interface and dashboard typography, where a smooth geometric texture and wide silhouettes can feel contemporary and legible at medium sizes. It also performs well for branding, display headlines, and packaging or product applications that benefit from a sleek, engineered look. In longer text, it will be most comfortable with ample line length and spacing to accommodate its extended forms.
The overall tone is modern and tech-forward, with a calm, precise presence. Its softened geometry keeps it approachable while still feeling streamlined and contemporary, evoking digital interfaces and product design more than editorial tradition.
The design appears intended to translate rounded-rectangle geometry into a coherent text face, prioritizing clarity and a futuristic, systemized aesthetic. Its consistent stroke behavior and softened corners suggest a deliberate balance between technical precision and friendly neutrality.
Distinctive details include a simplified, single-storey construction in several lowercase forms and a generally horizontal emphasis in bowls and rounds. Numerals follow the same rounded-rectilinear logic, staying clear and understated. Diacritics and punctuation are not shown, but the base shapes suggest a consistent modular approach.