Sans Superellipse Apli 10 is a light, wide, monoline, upright, normal x-height font.
Keywords: ui design, product branding, tech identity, signage, packaging, futuristic, technical, sleek, minimal, calm, modernization, system clarity, tech feel, geometric coherence, friendly precision, rounded, geometric, modular, clean, soft-cornered.
A geometric sans built from rounded-rectangle (superelliptic) curves and straight strokes, producing a distinctly squarish, soft-cornered skeleton. Strokes are uniform with clean terminals, and curves transition smoothly into horizontals and verticals without visible contrast. Counters tend toward rounded squares, and many characters use flat shoulders and long, even horizontals, giving the face a modular, UI-like rhythm. The lowercase is simple and open, with single-storey forms and a compact, engineered feel; numerals follow the same rounded-rect geometry for consistent texture in mixed settings.
Well-suited to interface labels, app and device branding, dashboards, and other digital contexts where a clean, engineered look is desired. It can also work effectively for wayfinding and short-display copy, as well as contemporary packaging and editorial headlines that benefit from a sleek, rounded-rect aesthetic.
The overall tone is modern and system-oriented, with a cool, efficient presence. Rounded corners soften the technology-forward construction, keeping it friendly while still reading as precise and contemporary.
The font appears designed to translate a superellipse-based geometry into a practical, readable sans, prioritizing consistency, smooth corners, and a disciplined, technical rhythm. Its simplified forms and uniform stroke behavior suggest an intention to feel modern and system-ready while maintaining a softened, approachable edge.
The design language stays consistent across caps, lowercase, and figures, encouraging a uniform typographic color. The squarish rounds and clipped interior spaces create a distinctive silhouette that remains orderly in longer text, especially at larger sizes where the superelliptic shaping is most apparent.