Sans Superellipse Efkat 1 is a light, normal width, low contrast, italic, tall x-height font.
Keywords: ui labels, tech branding, product design, posters, packaging, sleek, technical, futuristic, aerodynamic, clean, modernize, streamline, soften geometry, signal motion, brand distinctiveness, rounded corners, superelliptical, oblique, geometric, monolinear.
A monolinear oblique sans with superelliptical construction: curves resolve into rounded-rectangle bowls and softly squared counters, producing a distinctly “rounded-corner” geometry across letters and numerals. Strokes are consistently even, with gently tapered terminals and a forward-leaning rhythm that emphasizes motion. Uppercase forms are streamlined and open, while lowercase shapes keep broad, squarish bowls (notably in a, e, o, p, q) and compact joins; the overall texture stays smooth and uncluttered with generous apertures and stable spacing.
Well suited to technology-forward identities, UI/UX labeling, product and industrial design contexts, and editorial or poster settings where a modern, engineered flavor is desired. It also works for packaging and short headlines where the rounded-square geometry can be part of the visual signature.
The font conveys a sleek, engineered tone—modern and slightly futuristic—without feeling aggressive. Its rounded-square forms read as approachable and contemporary, pairing a technical sensibility with a calm, clean finish.
The design appears intended to merge geometric clarity with a softened, superelliptical voice, creating a distinctive modern italic that feels fast and contemporary while remaining legible and controlled. The consistent monolinear stroke and rounded-corner construction suggest an emphasis on cohesion across text and numerals for branding and interface use.
Distinctive superelliptical bowls and counters give the face a recognizable silhouette, especially in O/Q/0 and in the rounded, squared-off lowercase rounds. Numerals follow the same design logic, with the 0 and 8 showing softly squared inner counters and the set maintaining a consistent oblique flow.