Sans Superellipse Onduf 8 is a regular weight, normal width, monoline, upright, normal x-height, monospaced font.
Keywords: ui labels, code samples, terminals, data tables, dashboards, technical, system, neutral, retro, utilitarian, clarity, consistency, grid fit, functional design, ui friendliness, squared-round, rounded corners, geometric, modular, high legibility.
A clean, modular sans built from squared-round geometry, with curves that read as superellipse-like bowls and rounded-rectangle counters. Strokes are even and consistent, with blunt terminals and softly radiused corners that keep the forms friendly without becoming soft or bubbly. The uppercase set is compact and engineered, while the lowercase maintains clear, open shapes (notably in a, e, s) and straightforward construction. Numerals follow the same squared-round logic, producing a cohesive, grid-friendly texture with predictable rhythm and spacing.
Well suited to interface typography where alignment and predictability matter, such as UI labels, settings screens, dashboards, and tabular or grid-based layouts. The steady rhythm also fits code samples, terminals, and technical documentation, and it can work for concise branding accents that aim for a clean, hardware-adjacent aesthetic.
The overall tone is practical and quietly modern, with a faint retro-computing or instrumentation feel. Its restrained, no-nonsense shapes give it a dependable, system-like character that reads as precise and orderly rather than expressive or calligraphic.
This design appears intended to deliver a highly consistent, grid-compatible reading experience with squared-round forms that balance precision and approachability. The emphasis is on clarity and uniformity, favoring functional lettershapes that remain recognizable and stable in repetitive, information-heavy contexts.
Distinctive details include a single-story “a,” a squared-round “e” with a horizontal bar, and generally rectangular interior spaces that reinforce the font’s engineered look. The rounded corners reduce glare at larger sizes and help maintain clarity in dense settings, while the uniform proportions create a steady, mechanical cadence across lines.