Sans Superellipse Algum 5 is a light, narrow, monoline, upright, normal x-height font.
Keywords: ui, signage, tech branding, dashboards, packaging, futuristic, techy, minimal, clean, utilitarian, interface, legibility, systematic, space-saving, consistency, condensed, geometric, rounded corners, rectangular counters, flat terminals.
This is a clean, monoline sans built from rounded-rectangle and superellipse-like forms, with corners consistently softened and curves kept taut. Proportions are compact and space-efficient, with relatively tall, narrow letterforms and a steady, even stroke. Counters tend to be rectangular and open, terminals are flat and squared-off, and diagonals (notably in V/W/X) stay crisp against the otherwise rounded construction. The result is highly regular, with a gridlike consistency that emphasizes geometry over calligraphic motion.
It suits UI labels, dashboards, product interfaces, and technical documentation where a compact, orderly texture helps conserve space. It also works well for wayfinding, packaging, and branding that want a contemporary, slightly sci‑fi geometric flavor without heavy stylization. For longer passages it will be most comfortable at larger sizes where the tight geometry and narrow proportions can breathe.
The overall tone feels technical and futuristic, with a clean, engineered calm. Its rounded-square geometry gives it a friendly, contemporary edge while still reading as precise and controlled. The rhythm suggests digital interfaces, instrumentation, and modern signage rather than editorial warmth.
The design appears intended to deliver a modern, systematized voice: compact letterforms that maintain clarity while adhering to a strict rounded-rect geometry. It prioritizes consistency of curvature and corner treatment, aiming for a cohesive, device-ready texture that stays tidy in lines of text.
Distinctive rounded-square bowls and counters define both uppercase and lowercase, giving the font a strong modular identity. Numerals follow the same squared, softened construction, producing a cohesive alphanumeric set suited to data-heavy contexts.