Sans Superellipse Efbas 10 is a light, normal width, low contrast, italic, normal x-height font.
Keywords: ui text, app design, editorial, branding, signage, clean, modern, friendly, informal, emphasis, modernization, approachability, clarity, rounded, oblique, humanist, open, airy.
A slanted sans with gently rounded, superellipse-like curves and a smooth, even stroke texture. Letterforms favor open apertures and simple, uncluttered construction, with rounded terminals that keep the rhythm soft rather than sharp. The italic angle is consistent and gives the line a steady forward motion, while proportions stay balanced and readable across capitals, lowercase, and figures. Numerals are straightforward and clear, matching the same rounded, low-friction geometry seen in the letters.
Well-suited to user interfaces and product typography where a modern, personable italic voice is needed for emphasis, captions, or secondary text. It can also serve editorial pull quotes and lifestyle branding that benefits from a clean sans with a soft, rounded character. At larger sizes it works comfortably for headings, posters, and short signage where the slant adds energy without sacrificing clarity.
The overall tone is contemporary and approachable, with an easygoing, conversational feel created by the oblique stance and softened curves. It reads as calm and clean rather than technical, offering a friendly modernity that suits casual interfaces and brand voices.
The design appears aimed at delivering a contemporary italic sans that stays highly legible while introducing warmth through rounded, superellipse-influenced curves. It prioritizes a smooth reading rhythm and a friendly tone, making it a practical choice for modern digital and brand-forward contexts.
Diagonal-heavy shapes like V, W, and Y show crisp joins without becoming spiky, and round letters maintain a controlled, slightly squared softness typical of superellipse-based drawing. Lowercase forms remain simple and legible, and the spacing in text appears relaxed, supporting smooth reading at larger sizes.