Sans Superellipse Onniy 1 is a regular weight, wide, monoline, upright, normal x-height font.
Keywords: ui text, app design, dashboards, product branding, wayfinding, techy, futuristic, clean, neutral, industrial, modernization, system clarity, tech branding, geometric cohesion, ui readiness, rounded, squared, geometric, modular, smooth.
A geometric sans with rounded-rectangle construction and consistent stroke thickness. Curves are softened into superellipse-like corners, giving bowls and counters a squarish, modular feel rather than purely circular forms. Terminals are clean and blunt, and the overall spacing is generous, producing a steady, even rhythm in text. The uppercase set reads structured and engineered, while the lowercase keeps the same squared-round logic with compact, tidy apertures and smooth joins.
Works well for UI and product typography where a modern, geometric tone and clear shapes are desirable, such as app interfaces, dashboards, device screens, and tech-oriented branding. It also suits headings and short-form copy in packaging or signage where a clean, rounded industrial feel helps establish a contemporary voice.
The tone is contemporary and technological, with a controlled, engineered personality. Its rounded corners keep it friendly enough for consumer contexts, but the overall geometry still feels purposeful and modern—well suited to interfaces and product-forward branding.
Likely designed to deliver a modern, system-friendly sans aesthetic built from rounded rectangular geometry, balancing a technical presence with approachable softness. The consistent monoline construction and modular curves suggest an emphasis on clarity, repeatable shapes, and a cohesive alphanumeric set for contemporary communication.
Distinctive rounded-rectangle forms show up strongly in letters like O, Q, D, and U, and the numerals follow the same softened-square styling for a cohesive alphanumeric voice. The design favors clear silhouettes and consistent curvature over calligraphic nuance, helping it stay crisp and systematic across sizes.