Sans Superellipse Alray 2 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: ui text, wayfinding, dashboards, product branding, packaging, techy, clean, futuristic, utilitarian, modern, modernization, clarity, interface use, geometric warmth, systematic design, rounded corners, squared curves, monoline, geometric, compact.
A monoline sans built from rounded-rectangle and superellipse primitives, combining straight stems with softly radiused corners and squared-off curves. Counters tend toward rectangular/oval hybrids (notably in O, Q, 0, 8), and terminals are clean and unflared, giving a crisp, engineered outline. Proportions feel slightly compact with tight apertures in places, while maintaining consistent stroke weight and steady rhythm across caps, lowercase, and numerals.
This font fits digital UI and app typography, dashboards, and technical documentation where a clean, consistent texture is needed. Its squared-rounded forms also lend themselves to wayfinding, labels, and product or tech branding, especially when a modern, engineered look is desired without harshness.
The overall tone is contemporary and technical, with a streamlined, device-like feel. Rounded corners soften the geometry, keeping it approachable while still reading as precise and purposeful—well suited to interfaces and modern product aesthetics.
The design appears intended to merge geometric clarity with softened corners, creating a contemporary sans that feels both functional and friendly. By relying on superelliptic round forms and uniform strokes, it aims for consistent rendering and a distinctive tech-forward voice in both display and text contexts.
The uppercase set is strongly geometric with a squared-round O and a Q featuring a minimal tail. Numerals follow the same superelliptic logic, producing clear, signage-like figures with a notably rectangular 0 and balanced 8. The sample text shows stable word shapes and even color in paragraphs, with a distinctive squarish roundness that remains consistent at reading sizes.