Sans Superellipse Ipza 4 is a very bold, wide, medium contrast, italic, normal x-height font.
Keywords: headlines, posters, sports branding, gaming titles, logos, sporty, aggressive, retro, techy, punchy, impact, motion, display, branding, signage, oblique, rounded corners, geometric, compact counters, soft terminals.
A heavy, oblique sans with squared-off, superelliptical curves and consistently rounded corners. Strokes are broad and relatively even, with compact internal counters and notched joins that create crisp, angular bite points. The forms feel engineered and streamlined: wide letter bodies, low-contrast construction, and short crossbars contribute to a dense, forward-leaning rhythm. Numerals and capitals match the same blocky geometry, keeping silhouettes bold and highly uniform in mass.
Best suited to high-impact display settings such as headlines, posters, sports and esports identities, packaging callouts, and gaming or tech-forward title treatments. It will hold attention in short phrases, badges, and wordmarks where the bold slanted forms can act as a graphic element. For longer text, its dense counters and compact openings suggest using larger sizes and generous line spacing.
The overall tone is fast, forceful, and performance-oriented, with a distinctly retro-technical flavor. Its forward slant and tight apertures suggest motion, impact, and urgency, while the softened corners keep the aggression controlled rather than harsh. It reads like signage from motorsport, arcade, or action branding where speed and strength are the message.
The design appears intended to deliver a bold, speed-centric display voice built from rounded-rectangle geometry. By combining softened corners with sharp notches and a strong oblique stance, it aims to balance approachability with aggression and to stay highly legible in large-format, high-contrast applications.
Spacing in the sample text appears intentionally tight, producing a compact, headline-driven texture. Several glyphs use distinctive ink-trap-like cut-ins and straight-edged shears, which enhance differentiation at large sizes but can visually fill in at small sizes due to the very dense counters.