Sans Superellipse Endib 2 is a bold, very wide, low contrast, italic, normal x-height font.
Keywords: headlines, branding, sportswear, tech ui, posters, futuristic, sporty, technical, dynamic, industrial, performance, modernity, precision, impact, systematic, squared-round, oblique, streamlined, angular, geometric.
A geometric sans with an oblique stance and a distinctly squared-round construction. Curves resolve into rounded-rectangle (superellipse-like) counters, while terminals are clean and largely straight-cut, producing a crisp, engineered finish. Strokes are uniform and heavy, with a compact, low-contrast rhythm and generous horizontal spread. Letterforms favor stable, rectangular proportions with softened corners; round characters like O and 0 read as rounded boxes, and diagonals are sturdy and direct. Numerals and capitals are built with the same modular geometry, yielding a cohesive, signage-like texture.
Best suited to headlines, logos, packaging, and promotional graphics where a futuristic, high-impact presence is desired. It can also work for tech or automotive interface labels and short UI headings, but its dense, slanted texture is more effective in short bursts than in long reading blocks.
The overall tone is fast, modern, and mechanical—suggesting motorsport, sci‑fi interfaces, and product engineering. The oblique angle adds motion and urgency, while the squared-round shapes keep the voice controlled and technical rather than playful.
The design appears intended to deliver a modern, performance-driven sans that combines industrial geometry with softened corners for legibility and cohesion. Its modular, squared-round forms and oblique posture emphasize speed and precision while maintaining a consistent, system-like family feel.
Distinctive silhouettes come from the rounded-rectangular bowls and counters, plus the consistent, squared curvature applied across both uppercase and lowercase. The texture becomes dense in paragraphs due to the heavy strokes and forward slant, making it feel assertive and display-oriented.