Sans Superellipse Ongoy 6 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, signage, headlines, branding, packaging, modern, friendly, utilitarian, techy, confident, clarity, approachability, system consistency, strong presence, modernity, rounded corners, compact, geometric, high contrast (shape), sturdy.
A sturdy sans with squarish, superellipse-driven curves and consistently rounded corners. Strokes are monoline and heavy, producing dense, compact counters and a strong, even color in text. Curved letters (O, C, G, U) lean toward rounded-rectangle geometry rather than perfect circles, while straight-sided forms keep a clean, engineered rhythm. Terminals are blunt and softened, giving the design a crisp silhouette without sharpness; figures match the same blocky, rounded construction for a unified alphanumeric set.
Works well for UI and product labeling where compact, sturdy letterforms help maintain presence in limited space. It also suits headlines, signage, and brand applications that want a contemporary, slightly softened geometric voice, and performs effectively in short-to-medium text where a strong typographic color is desirable.
The overall tone is modern and approachable, balancing a tech-forward, engineered feel with soft cornering that reads friendly rather than severe. Its weight and compact apertures make it feel confident and utilitarian, suited to clear, assertive communication.
The design appears intended to deliver a clean, modern sans optimized around rounded-rectangle geometry, pairing assertive weight with softened corners for a practical yet approachable voice. The consistent construction across letters and numerals suggests a focus on cohesive system typography for contemporary interfaces and branding.
In sample text, the font maintains a strong, consistent texture across long lines, with tight-looking internal spaces that emphasize solidity. The squarish rounds and rounded joins create a distinctive silhouette that stays recognizable at display sizes and remains stable in dense settings.