Sans Superellipse Voru 4 is a very light, very wide, low contrast, italic, normal x-height font.
Keywords: sci‑fi ui, headlines, branding, posters, tech packaging, futuristic, technical, sleek, aerodynamic, minimal, speed cue, futurism, geometric system, tech tone, streamlined readability, monoline, oblique, angular, rounded corners, extended width.
A monoline, oblique sans built from sharply drawn strokes and softened, superelliptic corners. Letterforms lean forward with long horizontal reach and a low vertical footprint, creating an extended, streamlined rhythm. Curves are largely resolved as rounded-rectangle turns rather than true circles, while joins stay crisp and geometric. Counters tend to be open and squared-off, and the overall construction favors straight segments, flat terminals, and consistent stroke weight for a clean, engineered texture in lines of text.
Best suited to display settings where its extended, forward-leaning geometry can define a strong voice—technology branding, science-fiction interfaces, esports or motorsport graphics, and attention-grabbing headlines. It can also work for short bursts of copy in captions or labels where a sleek, engineered tone is desired.
The forward slant and stretched proportions read as fast, technical, and distinctly sci‑fi. Its minimal stroke vocabulary and rounded-corner geometry suggest precision and machinery, while keeping an approachable smoothness rather than aggressive sharpness.
Designed to evoke speed and precision through oblique stance, extended proportions, and superelliptic rounding. The consistent monoline build and geometric simplification prioritize a futuristic, system-like appearance that remains readable in short text and striking at large sizes.
Uppercase and lowercase share a highly geometric logic, with many forms built from parallel strokes and angled connections. Numerals follow the same extended, squared silhouette, helping mixed alphanumeric strings feel cohesive. The long horizontals and open apertures create a light, airy color that emphasizes motion over mass.