Sans Superellipse Akta 3 is a regular weight, normal width, monoline, upright, short x-height font.
Keywords: headlines, posters, branding, ui labels, wayfinding, techy, futuristic, minimal, utilitarian, retro digital, interface styling, sci-fi tone, systematic geometry, branding distinctiveness, rounded corners, squared bowls, compact apertures, geometric, modular.
This typeface is built from monoline strokes and squared, rounded-corner outlines, giving most curved forms a rounded-rectangle (superelliptic) feel. Curves are minimized in favor of straight segments and softened corners, producing boxy counters in letters like O, D, P, and R. Proportions are compact with relatively small interior spaces and tight apertures, and the lowercase shows a notably low x-height against tall ascenders. Overall rhythm is orderly and modular, with consistent stroke terminals and a slightly engineered, sign-like geometry that stays crisp at display sizes.
It works best for headlines, logotypes, packaging, and tech-oriented branding where a geometric, engineered voice is desired. The structured shapes also suit UI labels, dashboards, and wayfinding-style short text, particularly when set with ample tracking and at medium-to-large sizes.
The design reads as techno and forward-leaning, with a subtle retro-digital flavor reminiscent of sci‑fi interfaces and industrial labeling. Its restrained, geometric construction feels efficient and controlled rather than expressive or handwritten.
The likely intention is a clean, modular sans that replaces traditional curves with rounded-rectangular geometry to create a distinctive, contemporary system look. It aims to balance legibility with a stylized, interface-like personality through consistent corner treatment and simplified, squared counters.
Distinctive squared bowls and corner radii create a strong family resemblance across glyphs, especially in the rounded forms and the angular diagonals. The numerals follow the same rounded-rectangle logic, emphasizing clarity through simplified shapes and consistent stroke behavior.