Sans Superellipse Mijy 2 is a bold, wide, low contrast, italic, tall x-height font.
Keywords: headlines, posters, logotypes, packaging, sports branding, sporty, retro, playful, techy, chunky, display impact, friendly geometry, sense of motion, brand distinctiveness, rounded, soft corners, slanted, monoline, blobby.
A heavy, slanted sans with monoline strokes and rounded-rectangle construction throughout. Curves resolve into soft, squared corners, producing a superellipse feel in bowls and counters rather than true circles. Terminals are fully rounded and many joins look slightly swollen, giving the outlines a cushioned, blobby texture. Proportions are compact with a large x-height, open spacing, and subtly irregular widths that keep the rhythm lively while staying visually consistent.
Best suited to display typography such as headlines, posters, and branding where its chunky, rounded forms can read clearly and project personality. It’s a strong fit for sports and lifestyle graphics, packaging, and tech-leaning visual identities that want a friendly, retro edge. In longer text, it will perform most comfortably at larger sizes where the distinctive notches and swelling are clearly legible.
The overall tone is energetic and friendly, with a distinctly retro-tech and sporty flavor. Its softened geometry and chunky presence read as approachable rather than formal, making the texture feel playful and graphic. The italic slant adds motion, reinforcing a sense of speed and casual confidence.
The design appears intended to blend geometric rounded-square structure with a lively, hand-influenced softness, creating a bold display sans with motion. Its slant and cushioned detailing suggest a focus on impactful wordmarks and energetic messaging rather than neutral body copy.
Several glyphs show distinctive ink-trap-like notches and bulbous inflections at corners and intersections, which add character at display sizes. Numerals and capitals maintain the same rounded-square logic, creating a cohesive, logo-ready set with strong silhouette recognition.