Sans Superellipse Arnov 6 is a very light, very wide, monoline, upright, normal x-height font.
Keywords: ui design, tech branding, headlines, signage, dashboards, futuristic, minimal, technical, sleek, calm, modern ui, digital clarity, geometric styling, tech identity, rounded corners, open apertures, geometric, modular, clean.
A monoline geometric sans built from rounded-rectangle and superellipse-like forms, with consistently softened corners and smooth, even curves. Horizontal strokes run long and straight, while bowls and counters favor squarish rounding rather than perfect circles, giving a modular, UI-like construction. Spacing feels airy and deliberate, with open apertures and simplified joins that keep forms uncluttered. Lowercase shapes remain clean and controlled, and numerals echo the same rounded-rect geometry for a cohesive set.
This typeface is well suited to user interfaces, dashboards, and product branding where a clean, modern geometry supports a high-tech aesthetic. It also works effectively for short headlines, wayfinding, and signage at larger sizes where the rounded-rect forms can read as a distinctive visual signature.
The overall tone reads futuristic and technical without becoming aggressive—more sleek interface than sci‑fi display. Its rounded corners and generous whitespace soften the engineering feel, creating a calm, contemporary voice suited to modern digital contexts.
The design appears intended to deliver a contemporary, system-like sans with a superelliptic construction—balancing strict geometry with softened corners for friendliness and polish. The consistent stroke treatment and simplified forms suggest an emphasis on modern display and interface applications.
Distinctive features include squared, rounded bowls (notably in O/0 and related counters) and a consistent reliance on straight segments meeting curved corners, which reinforces a constructed, modular rhythm across letters and figures. The design prioritizes clarity and a streamlined silhouette over calligraphic contrast or expressive terminals.