Sans Superellipse Vanol 7 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: display, headlines, branding, ui, signage, futuristic, tech, clean, sleek, space-age, futurism, modernization, tech branding, interface clarity, geometric uniformity, rounded, geometric, modular, soft-cornered, streamlined.
A geometric sans built from rounded-rectangle/superellipse shapes with consistent monoline strokes and generously radiused corners. Counters and bowls are squarish and softened, with frequent open apertures and horizontal terminals that read as clipped or gently flattened rather than tapered. Proportions skew wide, giving letters a low, cruising profile; curves are controlled and uniform, and joins are smooth with minimal contrast. The overall rhythm is even and mechanical, with distinctive, simplified forms for curves (C/G/O/Q) and angular diagonals that remain softened at their ends.
Best suited for display roles such as headlines, logotypes, and brand systems where a modern, tech-leaning voice is desired. It also fits interface typography and product labeling thanks to its clean construction and rounded corners, and can work in signage or wayfinding when a distinctive, contemporary look is preferred.
The tone feels contemporary and technology-forward, echoing sci‑fi interfaces and industrial product branding. Its rounded geometry keeps it friendly and approachable while still reading precise and engineered.
Likely intended to deliver a futuristic geometric sans that balances precision with friendliness by using superellipse-based forms, rounded corners, and wide proportions. The design emphasizes a consistent, engineered rhythm and a clear, modern silhouette for branding and on-screen use.
At text sizes the wide stance and squared counters create a strong, graphic texture, especially in all-caps. The softened corners and consistent stroke weight help maintain clarity in dense settings, while the more stylized curves and simplified terminals make the face feel intentionally designed rather than neutral.