Sans Superellipse Juby 9 is a very bold, normal width, high contrast, italic, normal x-height font visually similar to 'Shtozer' by Pepper Type and 'Daimon' by TypeClassHeroes (names referenced only for comparison).
Keywords: sports branding, posters, headlines, teamwear, gaming ui, sporty, energetic, assertive, retro, industrial, impact, speed, branding, display, emphasis, slanted, condensed feel, rounded corners, ink-trap hints, tight apertures.
A heavy, forward-slanted sans with compact proportions and rounded-rectangle construction throughout. Strokes are thick and tightly controlled, with crisp terminals and strategically cut inner counters that create sharp highlights and a chiseled, high-contrast look. Curves resolve into squared, radiused corners (notably in O/C/G and numerals), while joins and notches introduce small wedge-like cut-ins that enhance separation at display sizes. Letterspacing is naturally tight, and the overall rhythm is angular and fast, with narrow internal openings and sturdy verticals dominating the texture.
Best suited to short, high-impact text such as headlines, posters, sports branding, team marks, and promotional graphics where the slanted stance and dense weight can do the work. It can also serve in bold UI labels or gaming overlays when used at sufficiently large sizes to preserve the tight counters and interior cuts.
The tone is forceful and kinetic, reading as speed-oriented and competitive. Its slant and cut-in detailing evoke motorsport and athletic branding, with a slightly retro, poster-like edge that feels bold and attention-grabbing.
The design appears intended to deliver maximum impact with a streamlined, speed-forward voice. Its rounded-rectangle foundations and carved counter shapes aim to keep large, dark letterforms readable and distinctive while emphasizing motion and toughness.
Uppercase forms are tall and compact with simplified geometry, while lowercase keeps the same blocky, radiused logic for a cohesive system. Numerals follow the same squared-rounded silhouette, with prominent internal cutouts that help distinguish shapes in dense settings.