Sans Superellipse Afmut 8 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui design, product branding, signage, dashboards, packaging, clean, friendly, modern, neutral, techy, clarity, approachability, systematic design, contemporary utility, rounded, soft corners, geometric, open counters, even rhythm.
This sans has a rounded-rectangle (superellipse) skeleton with softly squared curves, producing bowls and counters that feel more “pill” than purely circular. Strokes are consistently even, with smooth joins and minimal modulation, giving the letters a calm, engineered clarity. Proportions lean slightly tall and tidy, with open apertures and generous interior space, while diagonals (K, V, W, X) remain crisp without becoming sharp thanks to subtly softened terminals. Figures follow the same rounded logic, with clear, simple forms and a readable, contemporary set of curves.
It’s well suited to UI and app typography, dashboards, and digital product branding where a clean, low-noise texture is desirable. The rounded geometry also makes it a strong option for signage, packaging, and general-purpose marketing materials that benefit from a friendly, contemporary voice.
The overall tone is modern and approachable—clean enough for interfaces and wayfinding, but softened by rounded geometry that keeps it from feeling cold or overly technical. It reads as orderly and dependable, with a friendly edge that suits contemporary brand and product environments.
The design appears intended to combine geometric discipline with softened, rounded forms—delivering a highly legible, contemporary sans that feels both technical and inviting. Its consistent stroke behavior and superelliptical shaping suggest an emphasis on clarity, cohesion, and a polished system look.
Round dots and smooth punctuation contribute to a cohesive texture in text. The curved tail on Q and the single-storey-style simplicity in several lowercase forms help maintain an uncomplicated, systematic feel at both display and paragraph sizes.