Sans Superellipse Undi 6 is a very bold, wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, packaging, sports branding, techno, industrial, futuristic, sporty, robust, impact, modernity, utility, branding, signage, squared, rounded corners, geometric, compact, modular.
A heavy, geometric sans built from squared forms softened by generous corner rounding. Strokes appear largely uniform, with broad, flat terminals and a distinctly modular, cut-from-blocks construction. Counters tend toward rounded-rectangle shapes, and many joins are simplified into straight segments and clean radii, producing a crisp, engineered rhythm. Proportions read roomy and stable, with large interior spaces where possible and consistently squared curves across letters and numerals.
Best suited to bold headlines, short bursts of copy, and identity work where a strong, technical voice is desired—such as esports and sports branding, tech/product packaging, signage, and UI headers. It holds up well in large sizes for posters and wordmarks, and can work in medium sizes for labels and interface sections where compact, high-contrast shapes aren’t required.
The overall tone is assertive and machine-made, evoking contemporary tech, motorsport, and industrial labeling. Its rounded-square geometry keeps the voice friendly enough for modern UI and product branding, while the mass and compact shapes communicate strength and impact.
The design intention appears to be a highly legible, impact-oriented display sans with a consistent rounded-rectangle geometry. By prioritizing monoline weight, squared structure, and softened corners, it aims to balance toughness with a polished, contemporary feel.
Distinctive squared bowls and rounded-rectangle counters give it a recognizable “superellipse” silhouette in O/C/D-style forms. The numerals follow the same blocky logic, with strong horizontal emphasis and simplified curves that keep the set cohesive. In text, the uniform stroke and tight, modular shapes create a dark, punchy texture that favors display sizes over long-form reading.