Sans Superellipse Onlot 6 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui text, app design, product branding, wayfinding, dashboards, techy, clean, geometric, futuristic, friendly, modernity, clarity, systematization, approachability, cohesion, rounded corners, soft terminals, squared rounds, mechanical, modular.
A geometric sans built from rounded-rectangle and superellipse-like curves, pairing straight stems with smoothly radiused corners for a distinctly squared-round silhouette. Strokes appear even and consistent, with predominantly horizontal/vertical construction and limited contrast, creating a tidy, engineered rhythm. Counters are open and simplified, and curves (C, G, O, S; as well as 0–9) keep a controlled, rectilinear roundness rather than pure circles. The lowercase set is straightforward and uncluttered, with compact, sturdy shapes and clear joins that favor consistency over calligraphic nuance.
This design is well suited for UI and digital product typography where clarity and a modern, system-like aesthetic are needed. It can also work effectively in technology branding, packaging, and signage/wayfinding, especially where a clean, slightly futuristic voice and consistent alphanumeric forms are important.
The overall tone feels contemporary and technical, with a soft-edged, approachable futurism. Its rounded corners reduce severity and add friendliness, while the modular geometry keeps the voice precise and modern—well suited to interfaces and product-forward branding.
The letterforms suggest an intention to create a contemporary geometric sans that feels engineered and screen-friendly while avoiding harshness through generous corner radii. The consistent, modular construction points toward dependable readability and a cohesive look across letters and numerals in mixed-content layouts.
The font’s signature comes from its superellipse-based rounds: letters like O/0, C, and G read as rounded rectangles, and diagonals (V, W, X, Y) maintain a crisp, constructed feel. Numerals follow the same squared-round logic, supporting cohesive mixed alphanumeric settings.