Sans Superellipse Wiro 13 is a bold, very wide, monoline, upright, normal x-height font visually similar to 'Sci Fi Bronze' by Fype Co (names referenced only for comparison).
Keywords: headlines, posters, logo, branding, ui display, futuristic, techno, industrial, space-age, digital, sci-fi branding, tech display, systematic geometry, modern identity, interface styling, squared, rounded corners, extended, geometric, modular.
A geometric, squared sans with rounded-rectangle construction and consistent stroke weight. Corners are softened into smooth radii, while counters and bowls tend toward superellipse-like shapes, giving the forms a clean, machined feel. Proportions run horizontally extended with generous width and open internal space, and the overall rhythm is steady and even. Details like the single-story “a” and “g,” flat terminals, and simplified joins reinforce a modular, engineered look across both uppercase and lowercase.
Best suited to display settings such as headlines, titles, posters, and branding where the extended geometry can set a strong tone. It can also work for interface labels, dashboards, or product/tech packaging when used at sizes that preserve its squared counters and rounded corners. For dense body text, its wide footprint may require extra space and careful line-length management.
The font communicates a sleek, forward-looking tone with a distinctly technological character. Its rounded-square geometry evokes interfaces, hardware, and sci‑fi branding—confident, controlled, and modern rather than playful or handwritten.
The likely intent is a clean techno display sans built from rounded rectangular primitives, prioritizing strong silhouettes and a cohesive geometric system. The simplified shapes and consistent stroke behavior suggest it was designed to feel modern, efficient, and compatible with digital and industrial themes.
The design leans on horizontal emphasis and rectangular counters, which helps it read as structured and grid-aligned. Numerals and capitals appear especially uniform and display-oriented, with a consistent, system-like logic across curves and straight segments.