Sans Superellipse Fonar 13 is a bold, normal width, low contrast, italic, normal x-height font.
Keywords: sports branding, tech ui, gaming titles, poster headlines, logos, futuristic, technical, sporty, dynamic, sleek, convey speed, signal tech, maximize impact, systematic geometry, rounded corners, squared curves, oblique, extended forms, compact apertures.
A sharply oblique sans with softened, superellipse-driven geometry: rounded-rectangle bowls, squared-off curves, and consistently radiused corners throughout. Strokes are heavy and even, with minimal contrast and a strong rightward slant that creates a fast, aerodynamic texture. Counters tend to be compact and rectangular-oval, terminals are blunt, and joins are clean and mechanical. The overall rhythm is tight and efficient, with slightly squared curves and streamlined silhouettes that stay uniform across capitals, lowercase, and numerals.
Best suited to short-to-medium display settings where a strong slanted voice helps communicate speed and modernity—team identities, esports and gaming graphics, product marks, packaging callouts, and tech-themed interfaces. It can also work for bold subheads or labels when you want a mechanical, performance-oriented tone.
The face projects speed and precision, reading as contemporary and engineered rather than friendly or editorial. Its slanted stance and squared rounding evoke motorsport, sci‑fi interfaces, and performance branding—confident, assertive, and forward-looking.
The design appears intended to merge a utilitarian sans structure with superellipse rounding and a strong oblique angle to create a streamlined, high-velocity aesthetic. The consistent corner radii and simplified bowls suggest an emphasis on reproducible, system-like shapes that remain punchy at display sizes.
The oblique angle is pronounced and consistent, giving even simple words a sense of motion. Numerals and uppercase forms feel particularly stable and sign-like, while lowercase maintains the same geometric logic with compact apertures and simplified curves.