Sans Superellipse Halev 10 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, wayfinding, headlines, posters, product branding, tech, modern, utilitarian, futuristic, clean, system design, tech branding, space efficiency, distinct geometry, rounded, squared, geometric, compact, modular.
A geometric sans with a squared, superelliptical skeleton: round characters are built from rounded-rectangle bowls and corners, while straight strokes stay crisp and monoline. The design leans compact with tight apertures and a consistent corner radius across caps, lowercase, and figures. Curves transition abruptly into flats, giving letters like C, G, O, and S a controlled, engineered feel; diagonals (A, K, V, W, X, Y) are clean and angular, and terminals are predominantly flat. Lowercase forms are simple and sturdy, with a single-storey a and g, short-armed r, and a squared, rounded-rect o; numerals follow the same rounded-rect logic, especially 0, 8, and 9.
It works well for UI labels, dashboards, and product typography where a compact, high-contrast silhouette is helpful. The sturdy construction also suits short headlines, posters, and tech-oriented branding, and the squared curves can add a distinctive voice to logos and packaging when used at medium to large sizes.
The overall tone is contemporary and technical, suggesting industrial design, interfaces, and engineered products. Its rounded-square geometry reads confident and efficient rather than friendly, with a slightly futuristic flavor driven by the squarish curves and tight counters.
The design appears aimed at delivering a contemporary, system-ready sans with a signature rounded-square geometry—balancing strict, modular construction with softened corners for a controlled, modern presence.
The distinctive superellipse construction creates strong silhouette consistency, especially in closed forms, and helps maintain a steady rhythm in all-caps settings. The Q’s tail and the compact joins in letters like M and N emphasize a pragmatic, system-like approach to structure.