Sans Superellipse Asmir 20 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: ui labels, headlines, posters, branding, signage, clean, airy, modern, quiet, technical, modern minimalism, ui clarity, geometric refinement, softened geometry, monoline, rounded, geometric, open counters, large apertures.
A very slender, monoline sans with softly squared, superelliptic curves and gently rounded terminals. Proportions are compact and neatly controlled, with open counters and generous apertures that keep forms readable despite the light stroke. The uppercase is simple and geometric (a pointed A, straight-sided M/N, and wide, clean bowls), while the lowercase stays straightforward and contemporary with single-storey a and g and minimal modulation. Numerals follow the same restrained geometry, with smooth curves and consistent stroke behavior.
Well suited to interface labels, navigation, and product UI where a crisp, modern voice is needed without heaviness. It also works for display headlines, posters, and minimalist branding systems—especially where a clean geometric sans with softened corners can add approachability. For longer reading, it’s likely best at comfortable sizes due to the extremely thin strokes.
The overall tone is calm and precise, combining a refined minimalism with a subtle warmth from its rounded corners. It feels contemporary and understated rather than expressive, projecting clarity, order, and a slightly futuristic neutrality.
The design appears intended to deliver a contemporary geometric sans that stays friendly through rounded, superelliptic forms while maintaining a disciplined, minimal construction. It prioritizes visual cleanliness and consistency across caps, lowercase, and numerals, aiming for a lightweight, refined presence in modern layouts.
The light weight and open structure give the font a high “white space” rhythm that benefits from adequate size and spacing. Rounded-rectangle influences show up most clearly in circular letters like O/C/G and in the soft joins of curves into stems, producing a consistent, engineered look.