Sans Superellipse Efnot 14 is a light, normal width, monoline, italic, normal x-height font.
Keywords: display, headlines, branding, posters, ui labels, futuristic, technical, sporty, sleek, dynamic, speed, modernity, interface, precision, technology, rounded corners, chamfered terminals, oblique, geometric, angular curves.
A streamlined geometric sans with an oblique stance and monoline strokes. Letterforms are constructed from straight segments and rounded-rectangle curves, producing squarish counters and softened corners rather than true circles. Terminals tend to be clipped or subtly chamfered, and joins are crisp, giving the face a clean, engineered rhythm. Proportions feel slightly condensed in places with open apertures and compact, rectilinear bowls, while the numerals follow the same rounded-rect logic for consistent texture in text.
Best suited for short-to-medium display text such as headlines, tech or gaming branding, product marks, packaging accents, posters, and interface labeling where a sleek, forward-leaning voice is desired. It can work for brief informational copy at larger sizes, especially in environments that benefit from a geometric, engineered texture.
The overall tone reads futuristic and technical, with a sense of speed from the forward slant and taut geometry. Its squared curves and clipped details evoke interfaces, motorsport graphics, and sci‑fi hardware more than editorial or literary settings.
The font appears designed to translate superelliptical, rounded-rectangle geometry into a fast, modern typographic voice. By combining softened corners with clipped terminals and an integrated oblique angle, it aims to deliver a contemporary, machine-like aesthetic that stays consistent across letters and figures.
The design maintains a consistent rounded-rectangle motif across capitals, lowercase, and figures, which helps it look cohesive in mixed-case settings. The oblique construction is integral to the shapes (not merely a slanted roman), so diagonals and terminals feel deliberately aligned for motion and directionality.