Sans Superellipse Abnir 8 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: ui text, product labels, signage, dashboards, infographics, clean, neutral, technical, modern, utilitarian, clarity, system design, neutrality, modernization, friendliness, rounded corners, soft geometry, uniform strokes, open apertures, tabular feel.
A crisp, monoline sans with softly squared curves that read as rounded-rectangle/superellipse construction rather than purely circular bowls. Strokes are evenly weighted with minimal contrast, producing a steady, even color in text. Terminals are mostly flat and straightforward, while curves are generously rounded; counters stay open and legible. Uppercase forms are simple and functional, and the lowercase shows compact, sturdy shapes with a single-storey “g” and a plain, workmanlike “a,” reinforcing a pragmatic rhythm.
This design works well for interface typography, product and system labeling, and informational graphics where steady rhythm and clear counters help at small to medium sizes. It should also suit signage and wayfinding-style applications that benefit from simple forms and rounded geometry without becoming playful.
The tone is contemporary and no-nonsense, with a mildly friendly edge coming from the rounded geometry. It feels engineered and systematic rather than expressive, aiming for clarity and consistency over personality. Overall, it conveys a calm, dependable voice suited to information-forward design.
The font appears intended as a practical, modern sans built from a consistent geometric logic, prioritizing legibility and a clean, system-ready presence. The rounded-rectangle shaping suggests a desire to soften a technical skeleton while keeping the overall impression efficient and neutral.
The superelliptical rounding is especially noticeable in bowls and shoulders, giving a subtly “squared-off” softness that stays consistent across letters and numerals. Figures appear straightforward and sturdy, and the overall spacing and proportions favor predictable, grid-friendly layout.