Sans Superellipse Fymaf 7 is a very bold, normal width, monoline, italic, normal x-height font visually similar to 'Yoshida Sans' and 'Yoshida Soft' by TypeUnion (names referenced only for comparison).
Keywords: headlines, posters, sports branding, gaming ui, product packaging, sporty, techy, energetic, modern, assertive, impact, speed, modernity, display, branding, rounded, squared, oblique, compact, soft corners.
A heavy, forward-leaning sans with rounded-rectangle construction and broadly squared counters. Strokes are uniform and full-bodied, with softened corners that keep the dense silhouettes from feeling brittle. The overall geometry favors superelliptic curves and flattened arcs, producing compact bowls and sturdy terminals. Spacing reads slightly tight in texture, and the numerals and capitals maintain a consistent, blocky rhythm while still showing subtle width variation across characters.
Best suited for short-to-medium display settings where bold presence and motion are desirable: sports identities, esports or gaming visuals, tech-forward branding, poster headlines, and punchy packaging callouts. It can work for larger-size UI labels or section headers where clarity is needed without sacrificing energy.
The font projects speed and impact, combining a sporty slant with a sleek, engineered feel. Its rounded-square forms give it a contemporary, slightly futuristic tone that reads confident and performance-oriented rather than formal or delicate.
The design appears intended to merge high-impact weight with a streamlined, rounded-square aesthetic, delivering a fast, modern voice for branding and display typography. The consistent oblique angle and superelliptic construction suggest a focus on momentum, solidity, and contemporary styling.
Distinctive details include squared-off curves on letters like C/G/S, an angular, compact lowercase with single-storey a, and a robust, rounded-zero style that matches the overall squircle motif. The oblique stance is consistent across cases, helping headlines feel dynamic while preserving strong shape recognition.