Sans Superellipse Apmu 2 is a light, normal width, monoline, upright, short x-height font.
Keywords: ui labels, product design, signage, headlines, tech branding, techy, futuristic, minimal, clinical, orderly, system aesthetic, modernization, clarity, geometric consistency, digital tone, rounded, geometric, modular, squared, clean.
A geometric sans built from rounded-rectangle geometry, with squared counters and consistently softened corners throughout. Strokes are even and unmodulated, producing a clean, schematic rhythm; curves are rendered as superellipse-like turns rather than true circles. Proportions feel compact and engineered, with generous internal space and mostly open apertures, while terminals tend to end in straight cuts or rounded shoulders. The overall texture is crisp and regular, with distinctive, slightly boxy bowls and a constructed feel across both letters and numerals.
This style performs well in interface labeling, dashboards, and product graphics where a clean, contemporary voice is needed. It also suits signage and wayfinding in modern environments, plus short headlines or brand marks for technology, robotics, and industrial design contexts where geometric consistency is an asset.
The font conveys a modern, technical tone—cool, controlled, and system-like. Its rounded-square forms read as contemporary and digital, giving it a subtly futuristic character without becoming decorative. The mood is precise and efficient, well suited to designs that aim for clarity and a designed-by-machine aesthetic.
The design appears intended to translate rounded-rectangular construction into a practical, readable sans that feels modern and engineered. By keeping stroke weight uniform and relying on softened corners and squared counters, it aims for a cohesive system aesthetic that stays clear at a range of sizes.
Key shapes reinforce the modular construction: rounded corners appear consistently on joins and bends, and several forms favor rectangular bowls over circular ones, which keeps the alphabet visually unified. Numerals follow the same geometry, with the 0 rendered as a rounded rectangle and a clearly differentiated 1, supporting quick recognition.