Sans Superellipse Agray 5 is a regular weight, normal width, low contrast, upright, tall x-height font visually similar to 'Quota' by Ryan Williamson (names referenced only for comparison).
Keywords: ui design, app branding, wayfinding, packaging, tech posters, futuristic, technical, minimal, clean, geometric, modernize, systemize, futurism, clarity, branding, rounded, squarish, soft corners, monoline, modular.
A geometric sans built from rounded-rectangle and superellipse forms, with monoline strokes and consistently softened corners. Curves resolve into squared-off terminals, giving bowls and counters a compact, engineered feel rather than purely circular roundness. Proportions are relatively tall and narrow in the lowercase, with open apertures and simplified joins that keep the silhouette crisp at display sizes. Figures and capitals follow the same rounded-rect geometry, producing a uniform, system-like rhythm across the set.
Well-suited for digital UI labels, dashboards, and product interfaces where a clean, engineered geometry supports clarity. It also works for tech-forward branding, signage/wayfinding, and packaging that benefits from a modern, slightly futuristic voice, especially in headlines and short blocks of text.
The overall tone reads modern and technical, with a subtle sci‑fi/space-age flavor driven by the squared curves and controlled rounding. It feels efficient and impartial—more interface and product than editorial—while still approachable due to the soft corners.
The design appears intended to blend friendly rounding with a precise, systematized geometry—creating a contemporary sans that feels technological without becoming overly stylized. Its consistent stroke weight and rounded-square construction suggest an emphasis on cohesive letterform logic and clear, modern presentation.
Distinctive superelliptical round letters (like O/Q/0) and squared curves in B/D/P/R emphasize a modular construction. Diacritics are not shown; punctuation in the sample suggests straightforward, utilitarian shapes with the same rounded-square logic.