Sans Superellipse Geluh 9 is a very bold, normal width, low contrast, italic, normal x-height font visually similar to 'AZN Unified' by AthayaDZN (names referenced only for comparison).
Keywords: sports branding, racing graphics, gaming titles, tech branding, posters, sporty, futuristic, aggressive, dynamic, techy, speed, impact, modernity, performance, tech aesthetic, oblique, extended forms, rounded corners, angular cuts, squared bowls.
A heavy, forward-leaning sans with squared-off, superelliptical curves and softened corners. Strokes are thick and even, with a pronounced oblique slant and compact interior counters that keep the texture dense. Many joins and terminals are cut on sharp angles, creating a fast, engineered rhythm, while round letters like O/C/G read as rounded rectangles rather than true circles. The overall construction feels geometric and streamlined, with slightly wide, aerodynamic proportions and consistent, low-variation stroke behavior.
Best suited to high-impact display work such as sports identities, motorsport or racing visuals, esports and gaming titles, tech product branding, and bold poster headlines. It also works well for packaging callouts and UI/label accents where a fast, industrial tone is desired and copy remains brief.
The tone is energetic and performance-driven, evoking speed, machinery, and competitive intensity. Its crisp angled cuts and muscular weight give it an assertive, action-oriented voice that reads as modern and tech-influenced rather than friendly or casual.
The design appears intended to deliver a high-speed, contemporary display sans by combining rounded-rectangle geometry with aggressive angled terminals and a strong oblique stance. The goal is a cohesive, aerodynamic look that stays legible at large sizes while projecting power and motion.
The numerals and caps maintain the same slanted, squared-curve language, helping headlines feel cohesive and forceful. In text, the dense weight and tight counters favor short bursts over long reading, where the oblique stance and compact apertures can become visually intense.