Sans Superellipse Efrar 3 is a regular weight, normal width, low contrast, italic, normal x-height font.
Keywords: ui labels, tech branding, signage, product design, headlines, techy, sleek, futuristic, efficient, sporty, modernize, streamline, futurism, systematize, differentiate, rounded corners, superelliptic, oblique stress, compact curves, modular.
A slanted sans with a modular, superelliptic construction: rounds are drawn as rounded-rectangle curves with consistently softened corners rather than true circles. Strokes are largely monolinear with clean, abrupt terminals and a slightly squared-off feel in curves. Proportions lean contemporary and functional, with open apertures and a tidy rhythm; several forms (notably counters and bowls) read as softly boxed shapes. Numerals and capitals share the same geometric logic, producing a coherent, engineered texture across lines of text.
Well suited to UI labels, dashboards, and technical branding where a clean, engineered aesthetic is desired. It also works effectively for signage, product markings, and short headlines that benefit from a fast, streamlined slant and strong geometric consistency.
The overall tone feels technical and forward-looking, like interface typography for machines, transport, or performance products. Its oblique stance adds motion and urgency while the rounded-square geometry keeps it controlled and modern rather than expressive or calligraphic.
The design appears intended to deliver a modern oblique sans optimized for a technological look, using superelliptic/rounded-rectangle forms to create a distinctive but disciplined identity. The consistent corner treatment and monolinear strokes suggest an emphasis on clarity, repeatable geometry, and a contemporary display-friendly voice.
Corner rounding is a defining motif throughout, giving even traditionally round letters a consistent “rounded-corner rectangle” signature. The italics appear constructed (obliqued/geometric) rather than cursive, and the set maintains a crisp, high-clarity silhouette at display sizes.