Sans Superellipse Imlul 6 is a bold, wide, medium contrast, italic, normal x-height font.
Keywords: sports branding, esports, racing graphics, tech ui, posters/headers, futuristic, sporty, tech, dynamic, aggressive, convey speed, signal modernity, maximize impact, tech styling, brand presence, oblique, squared-round, chamfered, geometric, compact counters.
A slanted, geometric sans with rounded-rectangle construction and softened corners throughout. Strokes are hefty and largely uniform, with broad curves built from superellipse-like bowls and tight, compact counters. Terminals tend to be angled or subtly sheared, reinforcing forward motion, while horizontals and diagonals are clean and decisive. The overall rhythm is wide and punchy, with a slightly mechanical feel created by squared curves, flattened arcs, and consistent corner radii across letters and numerals.
Best suited to short-to-medium display settings where a fast, modern voice is desired—sports and esports identities, racing or automotive graphics, tech-forward branding, packaging callouts, and strong headline systems. It can also work for UI labels and dashboards when used at sizes that preserve its tight counters and angled details.
The font communicates speed and momentum, reading as contemporary and performance-oriented. Its sturdy shapes and forward lean suggest technology, competition, and motion graphics, giving it an assertive, high-energy tone without becoming decorative.
The design appears intended to deliver a streamlined, high-performance sans that blends friendly rounded geometry with sharp, forward-leaning cuts. By using consistent superelliptical curves and angled terminals, it aims to feel engineered and modern while remaining visually cohesive across uppercase, lowercase, and figures.
Distinctive squared-round forms show up strongly in the ‘O/0’ and bowls, while the ‘Q’ uses a clear, angular tail for quick identification. Numerals are built with the same rounded-rect logic, keeping a cohesive, engineered look. In text, the oblique stance and compact apertures increase intensity, favoring impact over relaxed readability at small sizes.