Sans Superellipse Yiso 7 is a very bold, very wide, high contrast, upright, normal x-height font.
Keywords: headlines, posters, logotypes, packaging, game ui, retro, industrial, techno, arcade, blocky, maximum impact, retro tech, modular forms, display emphasis, rounded corners, rectilinear, stencil-like counters, compact spacing, squarish bowls.
A heavy, compact sans built from rounded-rectangle geometry with soft corners and mostly straight, rectilinear contours. The letterforms are broad and squat, with large, dense black areas and tight internal apertures; counters often read as narrow vertical slots or small cut-ins rather than open bowls. Curves are minimized into superellipse-like corners, creating a uniform, modular rhythm across uppercase, lowercase, and numerals. Terminals are blunt and squared, and the overall spacing feels tight, reinforcing a strong, monolithic texture in lines of text.
Best suited to display applications where impact and shape character matter: headlines, posters, branding marks, packaging, and bold interface or game/arcade-style UI text. It can work for short subheads or callouts, but extended reading will generally require larger sizes and looser spacing to keep forms clear.
The font projects a bold, mechanical confidence with a distinctly retro-digital flavor. Its chunky, rounded-block construction evokes arcade graphics, industrial labeling, and sci‑fi interfaces, giving it an assertive, display-first personality.
The design appears intended to deliver maximum visual weight with a consistent rounded-rect module, creating a cohesive, emblematic look across the alphabet and numerals. By using tight counters and blunt terminals, it prioritizes punchy silhouette recognition and a techno-industrial mood over neutral text readability.
Several glyphs rely on distinctive internal cutouts (notably in letters like A, B, D, O, P, R and numerals), which adds a stencil-like snap and boosts differentiation at larger sizes. In paragraph settings the dense color and tight apertures can reduce legibility, especially where similar shapes cluster, so it benefits from generous size and breathing room.