Sans Superellipse Wiro 11 is a bold, very wide, monoline, upright, normal x-height font.
Keywords: headlines, branding, posters, gaming, ui display, futuristic, tech, industrial, digital, space-age, sci-fi styling, tech branding, display impact, systematic geometry, rounded corners, squared bowls, extended, geometric, modular.
A geometric sans built from rounded-rectangle (superellipse) forms with consistently softened corners and uniform stroke thickness. Curves resolve into squared bowls and flat terminals, giving letters a modular, engineered feel. Counters are generally rectangular and open, with wide proportions and generous horizontal spans; joins are clean and controlled, and diagonals (as in V/W/X/Y/Z and 4/7) are crisp against the predominantly rectilinear system. The rhythm is steady and mechanical, with distinctive inset cutouts in several glyphs that read like panel gaps or display segments.
Best suited for large-scale settings where its wide, modular shapes can show off: logotypes, headlines, posters, packaging, and entertainment/gaming graphics. It can also work for interface titles, dashboards, and tech-themed signage, while extended body text may feel dense due to the strong geometric styling and broad proportions.
The overall tone is futuristic and technical, evoking sci‑fi interfaces, industrial labeling, and digital instrumentation. Its wide stance and squared, rounded geometry feel confident and synthetic, projecting a sleek “machine-made” character rather than a humanist one.
The design appears intended to deliver a cohesive, sci‑fi geometric voice using superelliptical building blocks, prioritizing a clean, manufactured silhouette and strong presence in display sizes. The consistent rounding and squared counters aim for a modern, systematized look that stays recognizable across letters and numerals.
The uppercase and lowercase share a unified construction, with single-storey lowercase forms and simplified details that emphasize clarity over calligraphic nuance. Numerals follow the same rounded-rectangular logic, reinforcing the display-like impression across alphanumerics.