Sans Superellipse Kide 1 is a bold, wide, monoline, italic, normal x-height font.
Keywords: headlines, branding, sportswear, gaming, tech ui, futuristic, technical, sporty, sleek, confident, speed cueing, tech branding, display impact, industrial tone, rounded corners, square-oval, oblique, stencil-like, angular.
A slanted, monoline sans with squared, superelliptical bowls and consistently rounded outer corners. The construction favors flat terminals and long horizontal strokes, giving letters a low-friction, aerodynamic profile. Counters are often rectangular-oval and fairly open, while joins stay crisp and mechanical; several forms use subtle breaks or inset cuts that read as purposeful, stencil-like detailing. Overall spacing and proportions feel extended, emphasizing width and forward motion without becoming overly condensed in the curves.
Best suited to short to medium display copy where its italicized momentum and squared-round forms can read clearly—logos, product names, esports and racing graphics, posters, and tech-themed interfaces. It can work for UI labels or instrumentation-style text when set with generous size and spacing, but the distinctive cut details will be most effective in titles and callouts.
The tone is modern and kinetic, with a motorsport/tech interface energy. Its oblique stance and squared curves project speed, precision, and a slightly aggressive confidence, making it feel at home in performance-driven or sci‑fi flavored branding.
The design appears intended to merge a clean sans structure with superelliptical, rounded-rectangle geometry and a forward-leaning stance for a fast, engineered look. The small stencil-like notches and extended horizontals suggest an aim toward contemporary performance branding and digital/industrial visual systems.
Distinctive superellipse geometry is especially apparent in rounded letters and numerals, which stay more boxy than circular. The diagonal rhythm is strong across both cases, and the cut-in detailing adds character at display sizes while remaining coherent across the set.