Sans Superellipse Wira 1 is a bold, very wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, branding, logos, packaging, futuristic, techy, sci-fi, industrial, digital, sci-fi display, tech branding, interface aesthetic, modular system, rounded corners, squared curves, geometric, modular, streamlined.
A geometric sans with squared, superellipse-like curves and consistently rounded outer corners. Strokes are uniform and heavy, giving the letters a solid, monolithic presence, while the internal counters are tightly controlled and often rectangular or slot-like. The design favors horizontal emphasis with broad proportions and a compact, engineered construction; joins are clean, curves are flattened into rounded rectangles, and diagonals (as in V, W, Y, Z) are simplified into sharp, symmetrical gestures. Overall spacing and rhythm feel measured and mechanical, with distinctive, stylized details such as the segmented forms in S and the squared bowls in characters like O, D, and P.
Best suited for display typography where its distinctive geometry can be appreciated: headlines, posters, and branding systems that aim for a modern tech or sci-fi feel. It can also work well on packaging, product marks, and UI-style hero text where a strong, engineered silhouette is desirable.
The tone reads futuristic and technological, evoking interfaces, hardware labeling, and science-fiction titling. Its squared-round geometry and uniform stroke treatment create a confident, synthetic voice that feels modern, controlled, and slightly industrial.
The design appears intended to translate rounded-rectangle geometry into a cohesive alphabet with a bold, contemporary voice. By prioritizing uniform stroke weight, compact counters, and simplified curves, it aims to deliver an efficient, machine-like rhythm optimized for impactful display settings.
The font’s character comes from its tight apertures and rectangular counters, which create a high-contrast silhouette against whitespace even at larger sizes. The numeral set follows the same squared-round logic, with simplified, display-oriented forms that match the overall modular system.