Sans Superellipse Arror 2 is a very light, very wide, monoline, upright, normal x-height font.
Keywords: ui labels, tech branding, display titles, wayfinding, packaging, futuristic, minimal, technical, clean, geometric, modernize, systematize, futurism, clarity, geometric unity, rounded corners, squarish rounds, open counters, wide tracking, streamlined.
A streamlined sans built from rounded-rectangle geometry, with gently squared curves and consistent corner radii across forms. Strokes are uniform and light, giving the letterforms an airy, skeletal presence, while bowls and counters tend toward superelliptical shapes rather than true circles. Terminals are clean and generally flat, with smooth joins that keep the texture even; diagonals and horizontals stay crisp, and curves are drawn with controlled, boxy softness. Proportions lean broad, with compact apertures and rounded corners that keep the construction cohesive across uppercase, lowercase, and numerals.
This font suits interface labels, product branding, and contemporary display settings where a precise, modern voice is desired. Its open, rounded-square shapes can work well for signage and packaging that benefit from a clean, engineered look, especially at larger sizes where the light stroke can remain visible.
The overall tone feels futuristic and utilitarian, projecting a calm, high-tech neutrality. Its rounded-square construction reads modern and slightly sci‑fi, with a measured, engineered personality rather than a humanist one.
The design appears intended to translate superelliptical, rounded-rectangle forms into a coherent alphabet with a consistent monoline rhythm. It prioritizes a contemporary, technical aesthetic and a smooth, modular construction that stays visually stable across mixed-case text and figures.
Uppercase forms emphasize geometric restraint (notably the squared-off C/G/O family), while the lowercase keeps a simple, single-storey feel that maintains the font’s schematic rhythm. Numerals follow the same rounded-rectangle logic, with a particularly smooth, digital-like flow in the curved figures.