Sans Superellipse Akde 2 is a regular weight, narrow, low contrast, upright, normal x-height font.
Keywords: ui labels, signage, dashboards, packaging, headlines, technical, modern, clean, utilitarian, systematic, space efficiency, clarity, modernization, system branding, technical tone, rounded corners, condensed, geometric, monoline, squared curves.
This sans serif is built from compact, monoline strokes with rounded-rectangle (superellipse-like) curves and softened corners. Proportions are on the condensed side, giving letters a tall, efficient silhouette and a tight internal economy of space. Bowls and counters tend toward squared ovals, while joins stay crisp and controlled, producing a consistent, engineered rhythm across the set. Numerals share the same narrow stance and rounded-rect geometry, reading clearly with straightforward, no-nonsense forms.
It suits interface labeling, navigation, and data-rich layouts where compact width helps fit more information without sacrificing legibility. The sturdy, controlled shapes also work well for wayfinding, product/tech packaging, and concise headlines that benefit from a clean, contemporary voice.
The overall tone is technical and contemporary, with a calm, instrument-panel clarity rather than a friendly or expressive voice. Its squared-round geometry suggests precision and modern infrastructure—clean, functional, and slightly industrial without feeling harsh.
The design appears intended to provide a space-efficient, modern sans with rounded-rect construction—prioritizing clarity, consistency, and a technical feel across letters and numerals. Its restrained detailing and uniform stroke treatment suggest a focus on dependable performance in practical, information-forward settings.
Round terminals and softened corners prevent the condensed forms from feeling brittle, while the consistent stroke weight keeps textures even in longer lines. The font’s geometry is especially apparent in rounded characters (like O/C/G and 0/8/9), where curves resolve into boxy, superelliptical shapes.