Sans Superellipse Wadi 6 is a very bold, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, branding, posters, gaming ui, sportswear, futuristic, techy, industrial, sporty, sci‑fi, tech styling, display impact, industrial branding, interface titling, rounded corners, squared forms, chamfered joins, ink traps, stencil cuts.
A heavy, geometric sans with broadly squared, superelliptic contours and generously rounded corners. Strokes are monoline and robust, with frequent horizontal cut-ins and notch-like separations that read like ink traps or stylized stencil breaks. Counters tend toward rounded rectangles, terminals are clean and blunt, and diagonals are sharply controlled, giving the design a compact, engineered rhythm. Numerals and capitals share a consistent, blocky construction, while the lowercase keeps a sturdy, mechanical feel with minimal calligraphic modulation.
Best suited to display roles such as headlines, logos, packaging, and promotional graphics where its engineered details can be appreciated. It also fits UI titling for games, tech products, and automotive or sports branding, especially in short strings and bold statements.
The overall tone is contemporary and machine-made, evoking sci‑fi interfaces, motorsport graphics, and industrial product markings. The cut details add a sense of speed and technical precision, making the font feel assertive and performance-oriented rather than neutral.
The design appears intended to deliver a strong, modern, techno-forward voice by combining rounded-rectangle construction with deliberate cut-ins that add character and improve separation in dense shapes. Its consistency across caps, lowercase, and figures suggests a focus on impactful, readable display typography with a distinctive industrial signature.
The interior notches and segmented horizontals become more prominent in longer text, creating a distinctive texture that can read as both high-tech and slightly stencil-like. The square-with-rounding geometry keeps forms crisp at display sizes, while the dense shapes and reduced apertures suggest careful spacing and ample breathing room are beneficial in tight layouts.