Sans Superellipse Ofmot 8 is a bold, normal width, monoline, upright, normal x-height font visually similar to 'Chamelton' by Alex Khoroshok, 'Hudson NY Pro' by Arkitype, 'Ciutadella Rounded' by Emtype Foundry, 'Charles Wright' and 'Enamela' by K-Type, and 'Core Sans R' by S-Core (names referenced only for comparison).
Keywords: headlines, branding, logos, packaging, ui labels, friendly, modern, playful, techy, approachable, clarity, impact, simplicity, approachability, rounded corners, compact, blocky, softened, geometric.
A compact, heavy sans with rounded-rectangle construction and consistently softened corners throughout. Strokes are uniform with minimal contrast, producing solid silhouettes and a smooth, even rhythm. Curves resolve into squarish bowls and counters, and terminals tend to be blunt and rounded, creating a sturdy, engineered look that stays legible at a glance.
Works well for branding, logos, packaging, and short headlines where a bold, rounded geometric voice is desired. It also suits interface labels, wayfinding-style signage, and product UI/tech marketing where clarity and friendliness need to coexist. For best results, use at display sizes or for short blocks of text where its compact shapes and heavy weight can breathe.
This font feels friendly, contemporary, and slightly playful, with a confident, approachable voice. The rounded geometry gives it a soft, tech-forward tone that reads as modern and clean rather than formal or traditional.
The design appears intended to deliver strong presence while keeping a gentle, welcoming character. Its superelliptical curves and uniform stroke treatment suggest a focus on clean system-like geometry, with softened corners to reduce harshness in headlines and UI-style settings.
The letterforms show squared bowls in characters like C, D, O, and Q, with rounded interior corners that create a distinctive “soft-rectangular” texture. Lowercase forms such as a, e, and g keep the same rounded-square logic, and numerals are similarly compact with simplified, sturdy shapes.