Sans Superellipse Pymiz 13 is a regular weight, narrow, low contrast, upright, tall x-height font visually similar to 'Bebas Neue Pro', 'Rama Gothic', and 'Rama Gothic Rounded' by Dharma Type (names referenced only for comparison).
Keywords: ui labels, wayfinding, tables, headlines, posters, modern, utilitarian, clean, technical, condensed, space saving, clarity, system design, neutral voice, rounded corners, compact, crisp, economical, even rhythm.
A compact sans with tall proportions and a distinctly squared-round (superelliptical) construction. Strokes stay even and steady, producing a calm, low-friction texture, while many terminals finish with softened corners rather than sharp cuts. Counters tend to be narrow and vertical, and the overall fit is tight, yielding a disciplined, space-efficient rhythm in both caps and lowercase. The lowercase shows a high x-height and simplified forms, contributing to strong presence at small sizes and a straightforward, contemporary feel.
Well suited to interface labels, navigation elements, and dense information settings such as tables, dashboards, and captions where horizontal space is limited. The tall lowercase and compact set also make it effective for concise headlines and poster typography that needs a clean, contemporary voice.
The tone is modern and pragmatic, with a quiet technical character. Its condensed stance and rounded-rectangle curves feel efficient and infrastructural—more about clarity and systematization than personality or ornament.
The design appears intended to deliver a space-saving sans optimized for clear, systematic communication. Its rounded-rectangle geometry suggests a deliberate attempt to combine a technical, engineered look with friendlier terminals that keep the overall texture approachable.
Round letters (like O/C/G) read as squarish ovals with gently rounded corners, and the numerals follow the same compact, upright logic for consistent color in mixed text. The design maintains an even typographic “gray,” favoring uniformity and legibility over expressive stroke modulation.