Sans Superellipse Apmo 8 is a light, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, app design, dashboards, wayfinding, branding, futuristic, techy, clean, geometric, minimal, system clarity, modern branding, tech aesthetic, geometric consistency, rounded corners, squarish, modular, softened, precise.
This typeface is built from a crisp, geometric skeleton with consistently rounded corners and squared-off curves, producing superellipse-like bowls and counters. Strokes are even and smooth, with a slightly modular construction that favors straight segments and controlled radii over fully circular forms. The rhythm is open and legible, with generous apertures in letters like C, S, and e, and rounded-rectangle shapes in O/0 and related forms. Numerals and capitals share the same softened-rectilinear logic, giving the set a unified, engineered feel.
It fits well in user interfaces, product branding, and technical or data-driven layouts where clean geometry and consistent stroke behavior support clarity. The distinct, squared-round forms also work for signage and wayfinding, and for display-sized headings where the modular personality becomes a feature.
The overall tone reads contemporary and technological, like interface lettering designed to feel efficient and forward-looking without becoming cold. Rounded corners soften the geometry, balancing precision with approachability. The result suggests a modern, product-oriented voice suited to digital contexts.
The design appears intended to deliver a modern sans with a superellipse-based construction that stays highly consistent across letters and numbers. By relying on rounded-rectangle curves and even strokes, it aims for a system-friendly, engineered aesthetic that remains readable in short text and strong in headlines.
Several glyphs emphasize the family’s squared curvature: the O and 0 appear as rounded rectangles, and the G uses a clean, inset-like crossbar treatment. The lowercase has a distinctly geometric flavor, with simple joins and minimal modulation, while terminals remain blunt and controlled rather than calligraphic.