Sans Superellipse Yosa 2 is a very bold, very wide, high contrast, upright, normal x-height font.
Keywords: posters, headlines, signage, packaging, sports branding, industrial, assertive, retro, sporty, headline, maximum impact, industrial display, retro signage, rugged branding, blocky, compact, squared, rounded corners, stencil-like.
A heavy, block-driven sans with wide proportions and rounded-rectangle construction. Curves resolve into squared bowls and superelliptical counters, with corners consistently softened rather than sharp. Strokes are mostly monolinear in feel but show crisp internal cut-ins and occasional notches that create a slightly stenciled, segmented look in letters like E, S, and some numerals. The overall rhythm is dense and stable, with large fills, small apertures, and strong horizontal terminals that emphasize a sturdy, engineered geometry.
This design is best suited to large-scale display uses such as posters, headlines, event graphics, and signage where its dense forms and compact apertures read as intentional strength. It also fits packaging and sports or workwear branding where a rugged, industrial voice is desirable, and it can serve as a punchy supporting typeface for short UI labels when set large enough to preserve counter clarity.
The font projects a tough, no-nonsense tone with a distinctly poster-and-signage energy. Its squared rounds and chunky silhouettes evoke industrial labeling and mid-century display lettering, while the rounded corners keep it friendly enough for bold contemporary branding.
The likely intention is a highly impactful display sans that merges rounded-rectangle geometry with rugged cut-in detailing to maximize presence. Its consistent corner treatment and compact counters suggest a focus on repeatable, signlike forms that hold together under heavy weight and tight spacing.
The lowercase is similarly weighty and compact, with single-storey a and g and tight internal spaces that become especially pronounced at smaller sizes. Numerals are built with the same rounded-rectangle logic, giving them a uniform, mechanical consistency well-suited to short, bold readouts.