Sans Superellipse Enduw 4 is a bold, very wide, low contrast, italic, normal x-height font.
Keywords: sports branding, tech branding, gaming ui, headlines, posters, futuristic, sporty, technical, dynamic, sleek, speed emphasis, modern branding, industrial polish, ui clarity, display impact, rounded corners, squared curves, oblique slant, streamlined, compact counters.
A slanted, heavy sans with a rounded-rectangle construction throughout. Curves resolve into softened corners and squarish bowls, giving letters a superelliptic, engineered feel rather than a purely geometric circle-based one. Strokes are uniform in thickness with minimal modulation, and terminals are consistently rounded, producing a smooth, continuous rhythm. Proportions read expanded and low-profile, with wide capitals and numerals, compact internal counters, and tightly controlled apertures that keep silhouettes bold and clean.
Best suited to high-impact display settings such as sports identities, esports and gaming interfaces, automotive or tech marketing, and bold headline typography. It also works well for short UI labels and signage where a dynamic, modern presence is desired, though the tight apertures suggest using comfortable sizes and spacing for longer text.
The overall tone is fast and contemporary, evoking motion, machinery, and performance branding. Its softened corners keep the voice friendly enough for consumer-facing uses while still feeling precise and aerodynamic.
The design appears intended to blend speed-oriented oblique forms with rounded, industrial geometry, delivering a modern sans that feels both powerful and polished. Its consistent rounding and squared curves suggest a focus on distinctive silhouettes that reproduce cleanly across branding and on-screen contexts.
Round characters like O/Q/0 are squarer than typical grotesks, and many joins and diagonals are shaped to avoid sharp points, reinforcing the font’s streamlined, safety-rounded aesthetic. The numeral set matches the letterforms closely, maintaining the same rounded-rect geometry and forward-leaning posture for a cohesive system.