Sans Superellipse Ipli 9 is a very bold, very wide, high contrast, italic, normal x-height font.
Keywords: headlines, posters, sports branding, packaging, logos, sporty, impactful, modern, urgent, aggressive, attention, speed, strength, branding, headline impact, slanted, compact apertures, ink traps, cornered rounds, stencil-like cuts.
A heavy, right-slanted display sans with rounded-rectangle construction and tightly controlled curves. Forms are broad and compact with small counters, squared-off terminals, and chamfered or scooped joins that create a slightly cut-in, ink-trap feel. The stroke transitions are crisp, with flattened horizontals and sturdy verticals that keep a dense, blocky texture in words. Numerals and capitals maintain a consistent, engineered geometry, while lowercase follows the same superelliptical logic with short extenders and snug spacing.
Best suited for large-scale applications such as headlines, posters, promotional graphics, and logo wordmarks where the heavy, slanted shapes can deliver impact. It also fits athletic/team identities, product packaging, and attention-grabbing UI banners where a sense of speed and strength is desired.
The overall tone is fast, forceful, and contemporary, evoking sports branding and high-energy headlines. Its slant and dense massing add a sense of motion and urgency, while the rounded-rectangle shapes keep it clean and modern rather than retro-script. The cut-in details add a subtly tactical, performance-oriented edge.
The design appears intended to deliver maximum presence with a streamlined, geometric voice—combining rounded-rectangle letterforms with engineered cut-ins to preserve clarity in dense strokes. Its consistent slant and compact internal spaces suggest a focus on energetic display typography rather than extended reading.
At text sizes the tight counters and dense rhythm can feel compressed, but at large sizes the sculpted corners and cut-in joins become a defining character feature. The italic angle is consistent across glyphs, helping long lines read as a continuous forward-leaning band.