Sans Superellipse Onlul 9 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Obvia Wide' by Typefolio (names referenced only for comparison).
Keywords: headlines, ui, branding, signage, posters, modern, friendly, confident, clean, techy, clarity, modernity, approachability, precision, impact, geometric, rounded, boxy rounds, closed apertures, large counters.
A solid, geometric sans with superellipse-driven curves: rounds read as softly squared, with smooth arcs and consistently thick strokes. Terminals are clean and mostly flat, producing a crisp, engineered rhythm. Proportions feel compact and efficient, with wide, stable bowls and fairly closed apertures that keep silhouettes sturdy at display sizes. The lowercase is straightforward and contemporary, and the numerals are simple and highly legible with uniform weight and clear differentiation.
It performs best where a clean, contemporary sans is needed with a bit of geometric character—product interfaces, dashboards, app headers, and wayfinding. The robust shapes and compact proportions also suit logos and brand systems, as well as posters and marketing headlines where clarity and impact are priorities.
The overall tone is modern and approachable, balancing a technical, product-oriented precision with softened corners that keep it from feeling harsh. It communicates clarity and confidence, with a contemporary, UI-friendly calmness rather than a decorative personality.
The font appears designed to deliver a contemporary, geometric voice with softened corners, prioritizing clarity and a consistent, engineered texture. Its superellipse-based forms suggest an intention to feel modern and digital-native while staying friendly and highly readable in prominent sizes.
The design leans on rounded-rectangle geometry throughout, giving letters like C, O, and G a distinctive squared-round flavor. The rhythm is even and sturdy, and the glyphs maintain consistent visual color across lines, supporting strong emphasis in headings and signage-like applications.