Sans Superellipse Abdag 6 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: ui text, headlines, signage, tech branding, posters, tech, modern, utilitarian, futuristic, clean, clarity, systematic, modernization, interface-ready, compactness, angular rounded, boxy, compact, crisp, geometric.
This is a geometric sans built from squared curves and superellipse-like rounds, with softly radiused corners and largely uniform stroke weight. Counters tend to be squarish and open, and terminals are clean and blunt, creating a compact, modular rhythm. Proportions lean toward structured and grid-friendly, with simplified joins and minimal detailing that keeps shapes crisp at display sizes.
Well-suited for UI labels, dashboards, product interfaces, and wayfinding-like headings where a technical, modern tone is desired. It also works for branding in technology, gaming, and hardware contexts, and for poster or packaging headlines that benefit from a compact, modular look. In longer passages it will read best at comfortable sizes where the squared counters and tight geometry can breathe.
The font projects a clean, technical confidence with a friendly edge. Its rounded-rectangle geometry feels contemporary and slightly sci‑fi, suggesting engineered precision rather than expressive handwriting. Overall, the tone is utilitarian and modern, suited to interfaces and systems where clarity and consistency matter.
The design appears intended to translate rounded-rect geometry into a practical sans for contemporary graphic and digital use. By keeping strokes even and details restrained, it aims for predictable spacing and clear silhouettes while retaining a distinctive, squared-round personality. The overall construction suggests an emphasis on legibility in structured layouts and on-screen contexts.
Distinctive squared bowls and rounded-rectangle forms give many letters a monolinear, constructed feel, with occasional sharp interior angles in diagonals and joins adding a slightly mechanical character. Numerals share the same boxy curvature, supporting cohesive use in interfaces and data-heavy layouts.