Sans Superellipse Asdug 10 is a very light, narrow, monoline, upright, tall x-height font.
Keywords: ui labels, headlines, branding, posters, wayfinding, minimal, clean, precise, clinical, futuristic, modern ui, technical clarity, geometric consistency, space efficiency, rounded corners, geometric, condensed, airy, high contrast (by weight.
A very thin, single-stroke sans with condensed proportions and rounded-rectangle construction throughout. Curves are drawn as soft superelliptical arcs, giving bowls and counters a squarish-round feel (notably in O/0, C, D, and the lowercase rounds). Terminals are clean and blunt with consistent corner rounding; horizontals and verticals keep an even stroke, producing a crisp, wireframe rhythm. Spacing is measured and open for the weight, and the overall silhouette leans tall and streamlined with compact widths and simple, unornamented joins.
Well-suited to interface labels, navigation, and concise headline or display settings where a sleek, minimalist tone is desired. It can also work for brand wordmarks and editorial pull quotes when set at larger sizes, and for clean signage/wayfinding in environments that favor a contemporary, technical look.
The face reads as modern and technical, with a calm, understated tone. Its light, airy presence and rounded-rect geometry suggest contemporary UI aesthetics, instrumentation, and a slightly futuristic sensibility rather than warmth or tradition.
The design appears intended to deliver a streamlined, modern sans optimized for a sleek visual footprint: tall, compact letterforms with rounded-rect curves and consistent monoline drawing. The emphasis is on geometric consistency and a light, precise texture that evokes digital and architectural applications.
The numeral set matches the same rounded-rectangle logic and thin stroke, maintaining a uniform, system-like feel across letters and figures. In text, the narrow forms and high internal whitespace keep lines looking light and tidy, while the extreme thinness makes the design feel delicate and best suited to controlled rendering conditions.