Sans Superellipse Arrim 1 is a very light, very wide, low contrast, upright, tall x-height font.
Keywords: headlines, branding, ui labels, posters, tech packaging, futuristic, technical, minimal, clean, space-age, modernize, systemize, futurism, simplify, brandable, monoline, rounded, geometric, squared, modular.
A monoline display sans built from rounded-rectangle and superelliptical forms, with softly squared curves and consistently radiused corners. Strokes stay even and open, with ample counters and a generally horizontal, engineered rhythm. Many glyphs use simplified, modular construction—single-storey forms in the lowercase, broad bowls, and squared-off terminals—creating a smooth, continuous outline rather than sharp joins. Numerals and capitals follow the same rounded-rect geometry, producing a cohesive, system-like texture across lines of text.
Best suited for headlines, logos, and short UI labels where the geometric superellipse style can be appreciated. It works well for tech branding, futuristic posters, motion graphics, and product/packaging contexts that benefit from a clean, engineered voice. For longer passages, it will read most comfortably at larger sizes with generous spacing.
The overall tone feels futuristic and technical, like interface lettering or product labeling. Its rounded corners soften the geometry, keeping it approachable while still reading as sleek and engineered. The look suggests contemporary digital environments—clean, controlled, and slightly sci‑fi.
The design appears intended to translate rounded-rectangle geometry into a complete Latin set with a consistent, modular logic. It aims for a distinctive, contemporary voice that feels machine-drawn and systematic, while keeping forms open and friendly through softened corners.
Distinctive construction shows up in the segmented feel of some letters (notably S/Z-like forms) and in the squared counters of round letters such as O/Q. The design prioritizes uniform curvature and modular repeatable parts, which creates a strong stylistic signature but can reduce conventional letter differentiation at smaller sizes.