Sans Superellipse Gybig 11 is a bold, wide, low contrast, upright, normal x-height font visually similar to 'Black Square' by Agny Hasya Studio; 'QB One' by BoxTube Labs; 'Mercurial', 'Midsole', and 'Midsole SC' by Grype; 'RBNo3.1' by René Bieder; and 'Winner Sans' by sportsfonts (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, ui labels, tech, industrial, futuristic, utilitarian, confident, modernize, signal tech, maximize impact, systematize forms, squared-round, modular, compact, sturdy, geometric.
A geometric sans built from squared-round, superellipse-like forms with smooth corners and broad, even strokes. The design favors flat terminals, blocky curves, and generous counters in round letters, producing a structured, almost modular rhythm. Uppercase proportions feel expansive and stable, while the lowercase keeps a straightforward, workmanlike construction with simple bowls and minimal curvature. Numerals follow the same squared geometry, creating a consistent, engineered texture in both display lines and short text.
Best suited for headlines, logos, packaging, and tech-oriented branding where a strong, geometric voice is helpful. It also works well for UI labels, navigation, and short blocks of text when you want a crisp, engineered look and clear numeral/letter consistency.
The overall tone reads modern and technical, with a controlled, machine-made feel. Its squared softness suggests contemporary UI and product design—assertive without becoming aggressive—conveying a clean, functional personality with a subtle sci‑fi edge.
The design appears intended to deliver a contemporary, industrial sans with a superellipse backbone—balancing hard-edged geometry with softened corners for a modern, approachable technical aesthetic.
The font’s rounded-rectangle logic is especially evident in O/C/G/0-style shapes and in the squared counters of letters like B and D. Diagonal forms (A, K, V, W, X) are sharply cut but remain visually cohesive due to the consistent corner rounding and uniform stroke behavior.