Sans Superellipse Efrab 10 is a light, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, branding, ui labels, sports graphics, tech packaging, futuristic, technical, sleek, dynamic, sporty, modernize, convey speed, signal precision, systematize forms, rounded corners, oblique, geometric, monoline, streamlined.
A slanted, monoline sans with a geometric construction and rounded-rectangle (superellipse-like) bowls. Strokes keep an even thickness with gently softened corners, while terminals are mostly flat or subtly angled, reinforcing a clean, engineered feel. The letterforms are slightly condensed in appearance with consistent spacing and a steady rhythm; curves are squared-off rather than circular, and diagonals are crisp and prominent. Figures follow the same design logic with angular cuts and rounded corners, creating a cohesive alphanumeric set.
It suits short-to-medium display settings such as headlines, product branding, and technology-forward visuals where a sleek, engineered voice is needed. It can also work well for UI labels and dashboards when a dynamic, modern tone is desired, especially in larger sizes where its squared curves and angled details read clearly.
The overall tone is modern and forward-leaning, suggesting speed, precision, and contemporary tech. Its oblique stance and squared curves give it a purposeful, aerodynamic character that feels at home in performance and interface contexts.
The design appears intended to merge geometric, rounded-rectangle forms with an energetic oblique posture, delivering a contemporary sans that signals speed and precision. It prioritizes a consistent, system-like construction across letters and numerals to create a unified, modern texture in use.
Counters tend to be compact and rectilinear, and the oblique angle is applied consistently across caps, lowercase, and numerals, which helps maintain a uniform texture in lines of text. The design’s softened corners prevent the geometry from feeling harsh while keeping the forms distinctly engineered.