Sans Superellipse Wibo 11 is a bold, very wide, low contrast, upright, tall x-height font.
Keywords: headlines, branding, logotypes, posters, packaging, futuristic, tech, industrial, sci‑fi, sporty, tech aesthetic, display impact, systematic geometry, modern branding, square-rounded, extended, geometric, modular, streamlined.
A squared, rounded-rectangle sans with extended proportions and a strong, uniform stroke. Curves resolve into superellipse-like corners, producing boxy counters in letters like O, D, and P and a generally modular construction. Terminals are mostly horizontal/vertical with occasional angled cuts, and the apertures are controlled and mechanical, giving the face a crisp, engineered rhythm. Lowercase forms remain tall and open, with single-storey a and g and a simple, straight-sided i/j treatment that reinforces the clean, schematic feel. Numerals follow the same rounded-rect geometry, with clear segmentation and consistent corner radii.
Best suited to display settings where its extended geometry and rounded-square forms can define a strong identity—headlines, logos, product branding, packaging, and large-format posters. It also fits UI or tech-themed graphics when used at sizes that preserve the interior openings and squared counters.
The overall tone is contemporary and machine-made—evoking interfaces, vehicle badging, and sci‑fi hardware. Its wide stance and squared curves read confident and assertive, suggesting speed, precision, and a slightly retro‑futurist edge.
The font appears designed to deliver a consistent rounded-rect, superellipse-driven aesthetic that feels technical and modern while remaining highly legible in bold display use. Its construction prioritizes a unified geometric system and a confident, space-age presence for branding and titling.
The design relies on repeated corner radii and straight runs, creating strong consistency across the alphabet. Some joins and diagonals (notably in A, K, M, N, V/W/X) introduce sharp angles that contrast with the softened corners, adding energy without breaking the systematic construction.