Sans Superellipse Aldeb 10 is a light, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, tech branding, app headers, signage, posters, futuristic, tech, sci‑fi, geometric, minimal, digital aesthetic, geometric system, interface clarity, modern branding, rounded corners, squarish curves, angular joins, open counters, extended ascenders.
A geometric sans built from squared, superellipse-like shapes with consistently rounded corners and a uniform stroke. Curves tend to resolve into flattened arcs and rounded rectangles, while straight segments stay clean and orthogonal, creating a crisp, modular rhythm. Many glyphs use open apertures and simplified terminals, with occasional sharp diagonal joins (notably in K, V, W, X) that add tension against the otherwise rounded construction. Numerals follow the same squared-curved logic, with boxy bowls and clear, engineered proportions.
Best suited to UI labels, dashboards, and technology-oriented branding where a geometric, interface-like voice is desirable. It also works well for headlines, posters, and wayfinding that benefit from its squared-rounded forms and crisp, modular rhythm, especially at medium to large sizes.
The overall tone is distinctly futuristic and technical, evoking digital interfaces, sci‑fi titling, and industrial design language. Its blend of softened corners and precise geometry feels modern and controlled rather than playful, giving it a sleek, engineered personality.
The font appears designed to translate rounded-rectangle geometry into a cohesive alphabet that reads as contemporary and digital, balancing softened corners with precise, engineered structure. Its simplified shapes and open apertures suggest an intention toward clean on-screen presence and a forward-looking, tech-centric aesthetic.
The design emphasizes recognizable silhouettes through open forms and generous interior space, while a few characters lean into stylization (notably the narrow, stem-driven lowercase i/j and the angular treatment of v/w/x). Letterforms appear optimized for display clarity, where the squared curves and consistent stroke can read as a cohesive system.