Sans Superellipse Asnob 8 is a light, normal width, monoline, upright, normal x-height font.
Keywords: ui text, product design, wayfinding, dashboards, packaging, clean, technical, modern, calm, precise, system design, clarity, modern branding, legibility, neutral tone, rounded corners, squared rounds, geometric, modular, open apertures.
A geometric sans with rounded-rectangle construction and consistently softened corners. Strokes are even and unmodulated, producing a crisp, engineered texture. Curved letters (C, G, O, Q) read as superelliptical loops rather than true circles, while straight-sided forms (E, F, H, N) keep a rectilinear, grid-friendly posture. Terminals are mostly flat and clean, and counters are generous with open apertures that keep the shapes clear at text sizes. The lowercase is straightforward and modern, with a single-storey a and g and a simple, open e; numerals follow the same rounded-rect geometry for a cohesive set.
Well suited for interface typography, dashboards, and product systems where clear shapes and consistent rhythm support fast scanning. The rounded-rect geometry also works nicely in contemporary branding, packaging, and short headlines where a clean, technical flavor is desirable while remaining approachable.
The overall tone is contemporary and utilitarian, with a friendly edge coming from the softened geometry. It feels orderly and measured—more interface and product-forward than expressive or editorial—conveying clarity, restraint, and a slightly futuristic cleanliness.
Likely intended as a modern workhorse sans that blends geometric discipline with softened corners for a more welcoming feel. The superelliptical construction suggests a focus on consistency across letters and numerals, aiming for legibility and a distinctive, system-ready voice.
The design maintains strong consistency across curves and straights, creating a uniform rhythm in running text. The rounded-square skeleton gives headings a distinctive, modular silhouette without becoming decorative, and the punctuation and joins appear designed to avoid sharp, abrupt transitions.