Sans Superellipse Enmod 7 is a bold, normal width, low contrast, italic, normal x-height font.
Keywords: sports branding, tech ui, gaming, headlines, posters, futuristic, technical, sporty, dynamic, sleek, speed cue, tech branding, display impact, geometric system, modernization, rounded corners, squarish rounds, oblique, geometric, extended terminals.
A slanted geometric sans built from rounded-rectangle (superellipse) forms, with squared counters and softly radiused corners throughout. Strokes are monoline and sturdy, with a forward-leaning rhythm and clean, open apertures. Many letters use flattened curves and straightened shoulders, giving bowls and rounds a squarish silhouette; terminals often end in horizontal or slightly angled cuts that emphasize speed and direction. Numerals echo the same rounded-rect geometry with clear, compact shapes and consistent stroke behavior across the set.
Best suited to display sizes where its superelliptical geometry and forward slant can carry personality—team or esports identities, automotive and tech branding, packaging, posters, and punchy headlines. It can also work for UI labels and dashboards when you want a distinctly technical, performance-driven voice, though long passages will read more stylized than neutral.
The overall tone is modern and high-tech, with a motorsport/industrial energy driven by the oblique stance and streamlined, squared curves. It reads as confident and performance-oriented rather than casual or decorative.
The letterforms appear designed to combine aerodynamic speed cues with a controlled geometric system: squared rounds, rounded corners, and consistent monoline strokes create a recognizable techno-sport signature while maintaining clear character separation in both text samples and the full alphanumeric set.
The design leans on distinctive corner radii and squared counters to create a cohesive system across caps, lowercase, and figures. The oblique angle is pronounced enough to signal motion, while the generous rounding keeps the texture approachable and avoids harsh mechanical sharpness.