Sans Superellipse Ipdi 11 is a very bold, wide, medium contrast, italic, tall x-height font visually similar to 'Blak' by Extratype and 'Blunt' by Miller Type Foundry (names referenced only for comparison).
Keywords: headlines, posters, sports branding, logotypes, packaging, sporty, aggressive, dynamic, retro, industrial, impact, speed, branding, display, athletic, slanted, oblique, blocky, rounded corners, compact counters.
A heavy, right-slanted sans with broad proportions and strongly rounded-rectangle (superelliptic) curves. Strokes are thick and steady with squared terminals and softened corners, creating a chunky, aerodynamic silhouette. Counters are compact and apertures are tight, while diagonal cuts and angled joins add motion and keep the forms from feeling static. The uppercase reads as sturdy and block-like; the lowercase follows the same geometry with single-storey shapes and a consistent, forward-leaning rhythm. Numerals match the letterforms with wide bodies, rounded corners, and assertive, cut-in details.
Best suited to display settings where strength and motion are desired: sports and automotive-themed branding, promotional headlines, posters, apparel graphics, and bold packaging. It performs especially well at large sizes where its tight counters and dense texture can read as intentional impact rather than crowding.
The overall tone is loud, fast, and muscular—suggesting speed, impact, and competitive energy. The combination of bulk and slant gives it a sporty, action-oriented feel with a slightly retro, poster-like attitude.
The design appears intended to deliver maximum visual impact with a streamlined, forward-leaning stance. Its superelliptic construction and squared-but-rounded detailing suggest a focus on modern, industrial clarity while maintaining a punchy, energetic voice for branding and advertising.
Spacing appears intentionally firm, letting the dark shapes knit together into a strong headline texture. The slant is consistent across cases and figures, and the rounded-rectangle construction keeps curves cohesive even in diagonals and tight bowls.