Sans Superellipse Wili 6 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: headlines, logos, branding, posters, ui display, futuristic, tech, sleek, space-age, clean, futurism, streamlining, modernism, system design, tech branding, rounded corners, geometric, extended, modular, open counters.
A geometric sans built from rounded-rectangle and superellipse-like forms, with consistent stroke thickness and softened corners throughout. Curves resolve into long, horizontal terminals and squared-off arcs, giving many letters a capsule-like silhouette. The proportions run extended, with generous width and open interior spaces; joins and curves are clean and mechanical, and diagonals in letters like V/W/X are crisp but still harmonized by rounded ends. Overall spacing feels even and deliberate, creating a smooth, continuous rhythm in both the uppercase and lowercase.
Best suited for display typography where its wide stance and rounded-rect geometry can be appreciated—headlines, tech branding, product marks, game/film titles, and sci‑fi themed posters. It can also work for interface or motion-graphics titling where a clean, modern voice is needed, though its extended proportions make it more impactful than neutral for long passages.
The design reads as futuristic and engineered, with a calm, controlled tone that suggests technology, mobility, and modern interfaces. Its rounded geometry keeps it friendly rather than harsh, while the extended stance and streamlined shapes add a sci‑fi, space-age character.
The font appears designed to translate superelliptical geometry into a practical, readable sans with a distinctly futuristic flavor. The consistent stroke weight and rounded terminals prioritize cohesion and a smooth, streamlined presence, aiming for a contemporary, tech-forward identity in larger sizes.
Distinctive superelliptical construction is especially apparent in bowls and counters (O, D, e, 0–9), which look more rectangular than circular but remain soft at the corners. Several letters use simplified, almost modular structures, reinforcing a system-like consistency across the set.