Sans Superellipse Pygik 3 is a regular weight, narrow, low contrast, upright, tall x-height font visually similar to 'Malberg' by Eko Bimantara (names referenced only for comparison).
Keywords: ui text, wayfinding, data tables, mobile screens, headlines, modern, utilitarian, clean, technical, neutral, space saving, clarity, system consistency, contemporary branding, information display, condensed, monolinear, square-rounded, crisp, compact.
A compact sans with monolinear strokes and rounded-rectangle construction, giving curves a squared-off, superelliptical feel rather than fully circular bowls. Proportions are tight with a tall lowercase body and short extenders, producing a dense, efficient rhythm. Terminals are clean and mostly straight-cut, corners are softened, and counters stay open enough to hold up in continuous text. Numerals and capitals maintain the same squared-round geometry, with an overall even color and restrained detailing.
Well-suited to interface typography, dashboards, and other dense information contexts where compact width and a steady texture help fit more content per line. It can also work for signage and labeling, as well as concise headlines that benefit from a crisp, contemporary sans voice.
The tone is modern and matter-of-fact, favoring clarity and space efficiency over warmth or expressiveness. Its squared rounding and compact stance suggest a contemporary, technical sensibility that feels at home in structured layouts and information-heavy settings.
The design appears aimed at a space-efficient, highly consistent sans built from softened rectangular geometry. Its priorities read as system-like uniformity, straightforward legibility, and a modern industrial aesthetic that performs reliably across text and display sizes.
The grid sample shows consistent stroke weight and corner treatment across uppercase, lowercase, and figures, reinforcing a cohesive system. The sample text demonstrates strong line economy and a steady texture, with letterforms that remain legible while packing tightly in narrow measures.