Sans Superellipse Ennot 1 is a bold, very wide, low contrast, italic, normal x-height font.
Keywords: headlines, branding, sportswear, gaming, technology, futuristic, techy, sporty, sleek, confident, speed, modernity, tech styling, display impact, brand distinctiveness, rounded, geometric, oblique, extended, aerodynamic.
A rounded, geometric sans with an oblique stance and extended proportions. Forms are built from squarish, superellipse-like bowls and counters with generous corner radii, giving letters a smooth, molded silhouette. Strokes are monolinear and sturdy, with clipped terminals and frequent horizontal cuts that create crisp openings in characters like C, S, and E. The rhythm is tight and forward-leaning, with compact apertures and a distinctly engineered feel across both uppercase and lowercase.
Best suited to display settings such as headlines, wordmarks, posters, and UI splash moments where its wide, forward-leaning shapes can project speed and modernity. It also fits tech and gaming identities, product branding, and sports or motorsport-themed graphics, where its rounded-square geometry and crisp cuts read as engineered and dynamic.
The overall tone is fast, modern, and technology-oriented, evoking motion and precision. Its softened corners keep it approachable while the slanted posture and squared curves add a performance-driven, sci‑fi edge. The effect reads as confident and contemporary rather than neutral or traditional.
The font appears designed to deliver a streamlined, futuristic sans with softened geometry—combining rounded rectangular construction with a forward slant for a sense of motion. Its consistent superelliptical curves and clipped detailing suggest an intention to feel technical and performance-focused while remaining visually friendly.
The design language is highly consistent across letters and numerals, using rounded-rectangle counters (notably in O/0/8) and angular, cut-in joints on diagonals (as seen in K, V, W, and X). Some lowercase forms lean toward a stylized, display-oriented construction, prioritizing distinctive shapes over maximum openness at small sizes.