Sans Superellipse Pymun 16 is a regular weight, narrow, low contrast, upright, normal x-height font visually similar to 'Molde' by Letritas (names referenced only for comparison).
Keywords: ui labels, wayfinding, posters, headlines, packaging, modern, clean, technical, neutral, condensed, space saving, clarity, systematic, contemporary, monoline, geometric, squared-round, compact, crisp.
A condensed, monoline sans with a geometric construction and softly squared curves. Round letters lean toward superelliptical, rounded-rectangle bowls, while verticals stay straight and even, creating a tight, efficient rhythm. Corners are subtly eased rather than sharply angular, and apertures are modest, keeping counters compact. The overall texture is smooth and consistent, with controlled proportions and a straightforward, no-nonsense silhouette in both uppercase and lowercase.
This style suits interfaces, dashboards, and labeling where space efficiency and quick scanning matter. Its condensed build and steady rhythm also make it effective for headlines, posters, and packaging copy that needs a modern, structured voice without visual noise.
The tone feels contemporary and utilitarian, projecting clarity and restraint more than personality. Its compact shapes and squared-round curves suggest a technical, system-like confidence that reads as modern and disciplined rather than playful or expressive.
The design appears intended to deliver a compact, contemporary sans for information-forward typography, balancing geometric rigor with softened corners to stay approachable. It prioritizes consistent stroke behavior and a controlled footprint to perform reliably in tight layouts and high-density compositions.
Capitals are tall and streamlined with minimal ornament, and the lowercase maintains a similarly narrow stance for a cohesive typographic color. Numerals follow the same squared-round logic, pairing clean strokes with compact counters for a unified set. The sample text shows steady spacing and an even line texture that holds together well in dense settings.