Sans Superellipse Dulod 5 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Gemsbuck Pro' by Studio Fat Cat, 'Purista' by Suitcase Type Foundry, and 'Winner Sans' by sportsfonts (names referenced only for comparison).
Keywords: headlines, branding, posters, ui labels, signage, tech, futuristic, industrial, sporty, assertive, modern branding, ui clarity, geometric consistency, high impact, tech aesthetic, rounded corners, square counters, stencil-like, modular, geometric.
A compact geometric sans built from rounded-rectangle forms and straightened curves. Corners are consistently softened, while bowls and counters tend toward squarish superellipse shapes, giving letters like O, D, and Q a boxy-round silhouette. Strokes are heavy and even, terminals are mostly flat, and joins feel engineered rather than calligraphic. Spacing reads open and orderly, with sturdy, simplified details in small features such as the ear of g, the shoulder of r, and the compact apertures in C/S.
This font is well suited to bold headlines, wordmarks, packaging, and poster typography where its rounded-square construction reads clearly and characterfully. It can also work for UI labels, dashboards, and signage-style applications that benefit from sturdy, simplified forms and consistent geometry.
The overall tone is modern and machine-made, with a confident, technical voice. Its rounded-square geometry suggests contemporary hardware, UI surfaces, and sporty branding—friendly at the corners but still firm and directive.
The design appears intended to translate superellipse geometry into a practical, high-impact sans for contemporary communication. By prioritizing uniform stroke weight, softened corners, and squared counters, it aims for a clean, engineered look that stays legible while projecting a modern, product-like personality.
Distinctive squared counters and rounded corners create strong internal negative shapes, which can make the design feel slightly condensed and “packed” at text sizes. Numerals follow the same superellipse logic, producing a cohesive, display-forward set suited to interface labels and instrumentation-style layouts.