Sans Superellipse Imlih 9 is a very bold, very wide, medium contrast, italic, normal x-height font.
Keywords: sports branding, motorsport, gaming, tech branding, posters, futuristic, racing, techy, energetic, assertive, convey speed, project modernity, maximize impact, signal performance, oblique, rounded, squared, streamlined, geometric.
A heavy, oblique sans built from rounded-rectangle geometry, with softly squared corners and smooth, superellipse-like curves. Strokes are thick and fairly uniform, with clean cut terminals and a consistent forward slant that creates speed and direction. Counters tend to be compact and rounded-square, and many joins are simplified into crisp, angled transitions rather than delicate curves, giving the letterforms a machined, aerodynamic feel. The overall rhythm is wide and open in stance, with a tight, performance-oriented silhouette that stays consistent across caps, lowercase, and numerals.
Best suited to display settings where impact and motion are desired: sports and motorsport identity, gaming titles and UI highlights, tech product branding, and bold poster or campaign headlines. It can also work for short interface labels or dashboards when a strong, futuristic voice is needed, though the compact counters favor larger sizes for maximum clarity.
The font projects a fast, technical tone with a sporty, competition-ready attitude. Its oblique posture and streamlined forms suggest motion, precision, and modern hardware, making it feel at home in high-energy, forward-looking visuals.
The design appears intended to deliver a bold, speed-centric voice through oblique geometry and rounded-rect construction. By combining wide proportions with simplified, aerodynamic shapes, it aims for immediate visibility and a contemporary, performance-driven character.
Several glyphs incorporate distinctive cut-ins and extended horizontals that emphasize a layered, stripe-like motif in places (notably in some lowercase forms), reinforcing the sense of velocity. Numerals share the same rounded-rect structure and slanted stance, keeping the set cohesive for data-forward display use.