Sans Superellipse Kabe 7 is a very bold, narrow, low contrast, italic, tall x-height font.
Keywords: sports branding, posters, headlines, logos, app ui, sporty, energetic, aggressive, technical, modern, impact, speed, compactness, modernity, branding, oblique, condensed, rounded corners, slanted terminals, chunky.
A heavy, forward-slanted sans with compact proportions and a tightly packed rhythm. Forms are built from rounded-rectangle geometry with softened corners and flattened curves, producing sturdy counters and a squared-off, superelliptical feel. Strokes stay consistently thick with minimal modulation, while angled terminals and occasional cut-in notches add speed and bite. The overall silhouette is tall and efficient, with sturdy bowls, short apertures, and strong horizontal compression that keeps lines dense and impactful.
This font is well suited to sports branding, fitness and motorsport themes, and punchy headline work where density and impact are desired. It can also perform as a display face for logos, packaging callouts, and bold UI labels where a compact, motion-forward look helps hierarchy. Best used at medium-to-large sizes where the tight apertures and heavy weight stay clear.
The tone is fast and forceful, reading as athletic and performance-driven. Its oblique posture and sharp, angled endings evoke motion and urgency, while the rounded geometry keeps it contemporary and approachable rather than harsh. The result feels suited to competitive, high-energy messaging.
The design appears intended to deliver maximum impact in a compact footprint, using a strong oblique stance and rounded-rectilinear construction to suggest speed and modernity. Angled terminals and simplified, sturdy shapes prioritize punch and cohesion across caps, lowercase, and figures.
Capitals are particularly compact and blocky, while lowercase maintains a steady, utilitarian structure with simple joins and firm spacing. Numerals match the same slanted, squared-rounded construction for a cohesive set, and the bold mass holds up well in large, high-contrast applications.