Sans Superellipse Vujo 4 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: ui, signage, branding, headlines, packaging, futuristic, tech, sleek, clean, industrial, systematic design, tech branding, modern clarity, friendly geometry, rounded, geometric, extended, modular, streamlined.
A geometric sans built from rounded-rectangle and superellipse forms, with consistent stroke thickness and generous horizontal proportions. Corners are smoothly radiused and bowls tend toward squarish, softened shapes, creating a crisp, engineered silhouette. Counters are open and rectangular, terminals are clean and mostly flat, and the overall rhythm feels modular and controlled. The lowercase is straightforward and contemporary, pairing compact joins with rounded shoulders, while figures follow the same rounded-rect geometry for a cohesive alphanumeric texture.
Well suited to interface labels, dashboards, and on-device typography where a technical, rounded geometry supports a contemporary product feel. It also works effectively for headlines, wayfinding, and branding systems that want a clean, futuristic voice with softened edges. The wide proportions and bold presence make it most comfortable in short text, titles, and large-format applications.
The font projects a modern, high-tech tone—precise, streamlined, and slightly sci‑fi without becoming decorative. Its softened corners keep it approachable, while the extended stance and squared curves suggest engineering, interfaces, and product design.
The design appears intended to fuse geometric clarity with rounded-square softness, delivering a modern techno sans that remains friendly and legible. Its consistent construction and superelliptical curves prioritize a coherent system look for contemporary digital and industrial branding.
Distinctive superelliptical rounds give it a strong brandable personality, especially in characters with large bowls and apertures. The extended width and rounded-square forms create a prominent, sign-like presence, particularly at display sizes where the corner radii and internal shapes read clearly.