Sans Superellipse Myki 7 is a very bold, normal width, medium contrast, italic, tall x-height font.
Keywords: sports branding, headlines, posters, logos, packaging, sporty, aggressive, energetic, retro, compact, impact, speed, branding, display, emphasis, oblique, rounded corners, squared curves, ink-trap cuts, slanted terminals.
A heavy, oblique sans with squared-off curves and generously rounded corners, giving many letters a superelliptical, rounded-rectangle silhouette. Strokes are thick and confident with moderate internal shaping, and counters are tightened to preserve punch at large sizes. Several joins and apertures show small angular cut-ins that read like ink-trap-inspired notches, adding crispness to otherwise soft geometry. The slant is consistent across capitals, lowercase, and figures, and the overall rhythm is compact with upright proportions and relatively short ascenders/descenders compared to the tall lowercase body.
Best suited to display settings where a forceful, fast-looking voice is desired—sports identities, event posters, product packaging, and bold editorial headers. It can also work for short UI labels or badges when large enough to keep the tight counters open.
The face projects speed and impact, mixing a sporty, automotive feel with a slightly retro display tone. Its combination of bulk, slant, and squared curves suggests motion and competitiveness while staying friendly enough through rounded edges.
The design appears intended as a high-impact display sans that combines rounded-rectangle geometry with an oblique stance to convey motion and strength. The cut-in details and compact spacing suggest an effort to maintain clarity and character at large sizes while emphasizing a dynamic, engineered aesthetic.
The rounded-rectangle construction stays consistent from letters to numerals, and the punctuation in the sample text appears sturdy and emphatic at the same heavy weight. The design favors clear silhouettes over delicate detailing, with distinctive notches and squared bowls that help differentiate shapes under strong slant.