Sans Superellipse Wozu 9 is a very light, very wide, medium contrast, upright, tall x-height font.
Keywords: headlines, logos, posters, branding, packaging, futuristic, sleek, airy, techy, elegant, sci‑fi display, modern branding, geometric minimalism, stylized titling, rounded, geometric, streamlined, tapered, open.
A sleek geometric sans built from rounded-rectangle and oval forms with a distinctly horizontal, stretched stance. Strokes are extremely thin with subtle contrast and frequent tapered or flared terminals that sharpen into small points, giving many joins a crisp, blade-like finish. Curves are smooth and continuous, counters are open and generously sized, and the overall spacing reads wide and breathable. Uppercase shows simplified construction (notably angular diagonals in V/W/X/Y and a triangular A), while lowercase keeps a clean, modern rhythm with rounded bowls and minimal detailing.
Best suited to display settings such as headlines, wordmarks, branding systems, and poster or packaging typography where its airy, futuristic character can read clearly. It can also work for short UI labels or titling in tech, music, or entertainment contexts when set large enough to preserve the delicate strokes.
The font conveys a futuristic, high-tech tone—polished and lightweight, with a sense of speed and precision. Its thin lines and sharpened terminals add a slightly sci‑fi edge, while the rounded geometry keeps it approachable rather than aggressive.
The design appears intended to merge superelliptical, rounded geometry with hairline strokes and sharpened terminals, creating a distinctive sci‑fi display sans. Its wide rhythm and simplified forms prioritize style and atmosphere over dense text performance.
Round characters (O/Q/0) are strongly elliptical, and several glyphs lean on horizontal strokes and long arcs that emphasize width. The numerals follow the same streamlined logic, with simple silhouettes and occasional pointed ends that echo the letterforms. Overall legibility is best when given ample size and contrast due to the hairline stroke weight.