Font Hero

Sans Superellipse Miry 3 is a very bold, normal width, low contrast, upright, normal x-height font.

Keywords: headlines, posters, logos, game ui, branding, techno, retro, arcade, space-age, playful, display impact, futurist styling, modular geometry, ui flavor, brand character, rounded, blocky, geometric, modular, stencil-like.

A heavy, rounded-rectilinear sans with blocky construction and softened corners throughout. Strokes are uniformly thick and largely monolinear, with squared counters and compact apertures that keep forms sturdy and dense. Many glyphs feature small breaks and notches at joins and terminals, creating a modular, almost stencil-like rhythm; curves are expressed as superellipse-style bends rather than true circles. The overall texture is chunky and consistent, with short crossbars and simplified curves that prioritize silhouette clarity over fine detail.

Best suited for headlines, logos, posters, packaging, and branding that wants a retro-futurist or arcade-tech flavor. It also works well for game/UI titling, sci‑fi themed graphics, and short callouts where the chunky, modular details remain legible and stylistically impactful.

The tone is distinctly futuristic and game-influenced, evoking arcade UIs, sci‑fi interfaces, and retro computer graphics. Its rounded corners and deliberate cut-ins add a friendly, toy-like confidence while still feeling technical and constructed. The result is bold and attention-getting, with a mechanical playfulness rather than a corporate neutrality.

The design appears intended as a display sans that translates superellipse geometry into a modular, cut-terminal system. The consistent weight and rounded-square construction aim to deliver high visual impact and a strong, tech-forward personality, while the small breaks and notches add character and help differentiate dense shapes at larger sizes.

The letterforms lean on squared bowls and counters (notably in O/Q and the rounded-rectangle shapes), and several characters show purposeful ink-trap-like nicks that help separate joins at large sizes. Numerals follow the same modular logic, giving a cohesive display set suited to titling and short bursts of text where the distinctive construction can be appreciated.