Sans Superellipse Efnot 7 is a regular weight, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, branding, ui labels, posters, technology, futuristic, technical, sleek, dynamic, sporty, modernization, speed, tech tone, geometric clarity, branding voice, rounded corners, oblique, extended joins, tapered terminals, superelliptic.
A slanted, monoline sans built from rounded-rectangle and superellipse geometry. Strokes maintain an even weight with softly squared corners, producing compact bowls and open counters. Terminals are frequently clipped or subtly tapered, and joins favor clean, engineered angles over calligraphic modulation. The overall rhythm is forward-leaning and brisk, with slightly customized widths across glyphs that create a lively, mechanical texture in words and lines.
Best suited to display roles where its distinctive slant and rounded-square forms can define a voice—headlines, logos, product naming, and tech or automotive branding. It also fits short UI strings such as buttons, navigation, and dashboard readouts where a sleek, engineered feel is desired. For long passages, its strong stylistic character is likely most effective in moderation or at larger sizes.
The design reads as modern and performance-oriented, with a confident, tech-forward tone. Its rounded-square construction keeps it friendly and approachable, while the oblique stance and sharp joins add speed and precision. Overall it suggests contemporary interfaces, sci‑fi minimalism, and sporty branding rather than neutral body text tradition.
The font appears designed to translate superelliptic, industrial forms into an oblique sans that feels fast and contemporary. Its consistent stroke weight and clipped terminals emphasize clarity and precision while preserving a softened, modern friendliness through rounded corners.
Round letters (like O/Q/0) are notably squarish with generous corner radii, reinforcing the superelliptic theme. Diagonals and angled strokes (A, K, V, W, X, Y) feel taut and consistent, and the numerals follow the same rounded-rect logic for a cohesive alphanumeric set.