Sans Superellipse Arris 9 is a very light, very wide, monoline, upright, normal x-height font.
Keywords: headlines, branding, ui, packaging, signage, futuristic, technical, minimal, clean, sleek, ui-ready, modernize, systematic, streamline, signal tech, geometric, modular, rounded corners, soft rectangular, techy.
This is a geometric sans built from rounded-corner, superelliptical shapes and consistent single-stroke construction. Curves resolve into soft rectangular bowls, and many joins are cleanly radiused, producing a smooth, modular flow. Terminals often end flat and horizontal/vertical, reinforcing a schematic feel, while counters stay open and generously sized for clarity. Proportions emphasize horizontal spread, with rounded forms (o, 0, D, U) reading like softened rectangles and straight segments kept crisp.
It suits display and short-text contexts where its distinctive superelliptical forms can carry a strong visual identity—such as app headers, product wordmarks, tech branding, and interface mockups. It can work well for signage-style labels and dashboards where a clean, schematic feel is preferred, especially at medium-to-large sizes where the thin stroke and rounded corners remain clear.
The overall tone is sleek, technical, and futuristic, with a calm, controlled rhythm. Its rounded-rectangle geometry gives it a friendly, approachable edge while still feeling engineered and modern. The impression is clean and minimal, leaning toward sci‑fi interface aesthetics rather than humanist warmth.
The design appears intended to deliver a contemporary, system-like voice using a repeatable rounded-rectangle vocabulary and consistent stroke behavior. Its geometry prioritizes a cohesive, modular look that feels suitable for digital products and technology branding where a controlled, engineered personality is desired.
Several letters incorporate stylized structural decisions—like open, squared bowls and simplified diagonals—that enhance the font’s sci‑fi character. Numerals echo the same rounded-rectangle construction, helping mixed alphanumeric strings feel visually consistent.