Sans Superellipse Wamo 16 is a bold, very wide, monoline, upright, normal x-height font.
Keywords: headlines, logos, posters, packaging, tech ui, futuristic, tech, sleek, modern, industrial, impact, modernization, tech tone, geometric system, rounded corners, squared curves, extended, geometric, closed apertures.
A heavy, extended sans with monoline strokes and a superelliptical construction that blends rounded rectangles with softened corners. Curves resolve into squared-off bowls and counters, giving round letters like O, C, and G a compact, engineered feel. Terminals are largely flat and horizontal, joins are clean, and interior spaces tend to be tight and controlled, producing a dense, high-impact texture. Lowercase forms are similarly geometric, with a single-storey a and g and a generally compact, modular rhythm across words.
Best suited to headlines, titles, and brand marks where a bold, contemporary voice is needed. It also works well for tech-oriented packaging, product identities, and interface or motion graphics where geometric, rounded-rect letterforms complement modern layouts. For longer reading, it performs more comfortably at larger sizes where counters and apertures have room to breathe.
The overall tone reads futuristic and technical, with a display-forward presence that feels engineered rather than humanist. Its wide stance and rounded-rect geometry suggest modern interfaces, sci‑fi branding, and contemporary industrial design, projecting confidence and precision.
The design appears intended to deliver a distinctly modern, systematized look by building letterforms from superelliptical shapes and flat terminals. Its extended proportions and consistent rounding emphasize impact, clarity of silhouette, and a high-tech aesthetic for display-driven typography.
The font maintains consistent rounding and corner treatment across uppercase, lowercase, and numerals, reinforcing a cohesive system. The wide proportions and relatively closed apertures create strong silhouette recognition at larger sizes, while fine internal separations can look tight as sizes decrease.