Sans Superellipse Apfe 11 is a light, normal width, monoline, upright, normal x-height font.
Keywords: ui design, product design, wayfinding, dashboards, branding, modern, clean, techy, minimal, neutral, clarity, modernity, systematic geometry, digital friendliness, neutral branding, rounded corners, squared bowls, geometric, open apertures, low contrast.
A crisp geometric sans with monoline strokes and rounded-rectangle construction throughout. Curves resolve into soft, squared bowls rather than perfect circles, giving letters like C, G, O, and Q a superelliptical feel. Terminals are generally blunt with gentle corner rounding, and counters are open and evenly proportioned for clarity. The uppercase is straightforward and architectural, while the lowercase keeps simple, contemporary forms with a single-storey a and g, a short-armed t, and a compact, tidy i/j system. Numerals match the same rounded-corner logic, with smooth, squared curves and consistent stroke behavior.
This font is well suited to interfaces, dashboards, and product labeling where a clean, contemporary sans is needed with an understated geometric personality. It can also work in modern branding systems and signage where consistent rounded-square forms help maintain a cohesive visual identity across headings and short text.
The overall tone is modern and restrained, with a subtle “tech” flavor coming from the rounded-square geometry and controlled rhythm. It feels precise and functional rather than expressive, projecting a calm, neutral voice that fits contemporary digital design.
The design appears intended to deliver a neutral, highly legible sans built from rounded-rectangle geometry—balancing friendliness from softened corners with the precision of straight-sided curves for a distinctly contemporary, digital-ready look.
Round forms stay slightly squarish, which creates a distinctive texture in longer text without adding ornament. The spacing and proportions read as optimized for UI-like clarity, with clean joins and minimal visual noise in diagonals and curved-to-straight transitions.