Sans Superellipse Ongos 13 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Red Alert' by Artisticandunique, 'Pragmatik' by Christopher Stahl, 'Camber' by Emtype Foundry, 'Neusa Neu' by Inhouse Type, 'Mercado' by MADType, 'Raker' by Wordshape, and 'Bodacious' by words+pictures (names referenced only for comparison).
Keywords: ui, branding, signage, headlines, packaging, modern, clean, friendly, neutral, tech, clarity, system design, modernization, approachability, rounded, geometric, compact, crisp, high-contrast.
A geometric sans with rounded-rectangle construction and consistently softened corners. Strokes are even and clean, with open apertures and straightforward terminals that keep shapes crisp at display sizes. Bowls and counters tend toward squarish superellipse forms (notably in O/0 and related curves), while diagonals remain sharp and well aligned. Overall proportions read compact and efficient, with a steady baseline and a restrained, highly regular rhythm across uppercase, lowercase, and numerals.
Well suited to interface typography, product branding, and wayfinding where a clean, contemporary voice is needed. The squared-round geometry and even texture also make it effective for short headlines, labels, and packaging systems that benefit from a modern, engineered feel.
The design feels contemporary and pragmatic, balancing technical precision with approachable rounding. Its smooth, squared curves suggest a digital or product-oriented tone, while the uncluttered shapes keep it neutral and versatile rather than decorative.
Likely drawn to deliver a highly consistent, system-friendly sans that reads modern and efficient while staying approachable through rounded superellipse shaping. The emphasis appears to be on clarity, regularity, and a distinctive squared-round silhouette that remains understated in continuous text.
Uppercase forms are sturdy and stable, with rounded joins that reduce harshness without turning soft or bubbly. Lowercase maintains clear differentiation and simple construction, and the numerals appear similarly geometric and consistent, supporting a cohesive system across alphanumerics.