Sans Superellipse Umke 4 is a bold, wide, monoline, upright, normal x-height font.
Keywords: branding, headlines, posters, interfaces, packaging, futuristic, tech, industrial, clean, confident, modernize, systematize, futurism, impact, clarity, rounded, squared, geometric, compact, high-contrast counters.
A geometric sans with a squared, superellipse construction and consistently rounded corners. Strokes are uniform and sturdy, with wide proportions and a clear, modular rhythm across the alphabet. Counters tend toward rounded-rectangular shapes, and joins are smooth and simplified, giving letters a machined, engineered feel. Terminals are mostly blunt and horizontal/vertical, with occasional soft curves that maintain the same corner radius logic throughout.
This font is well suited to logos, headlines, and short-form messaging where a strong, modern silhouette is beneficial. It can also work well in UI and product contexts—such as app headings, dashboards, labels, and signage—where its geometric clarity and rounded corners support a friendly-tech aesthetic. For longer passages, it’s best deployed at comfortable sizes where the compact shapes and heavy presence don’t overwhelm.
The overall tone is contemporary and technology-forward, suggesting interfaces, hardware, and futuristic branding. Its softened rectangle geometry keeps it approachable while still feeling precise and controlled. The weight and broad stance read as assertive, making it feel more like a display voice than a quiet text workhorse.
The design appears intended to deliver a modern, engineered look built from rounded rectangles—combining a robust, high-impact presence with a smooth, approachable finish. It prioritizes a consistent geometric system and strong silhouettes for contemporary display and interface-oriented typography.
Distinctive squared curves show up strongly in round letters and numerals, creating a cohesive “rounded-rectangle” identity. The lowercase has an efficient, compact build with simple dots and minimal modulation, and the numerals follow the same geometric logic for a consistent, system-like set.