Sans Superellipse Pymof 1 is a regular weight, very narrow, low contrast, upright, normal x-height font.
Keywords: headlines, posters, branding, packaging, signage, condensed, modern, editorial, clean, assertive, space saving, modern utility, clean display, systematic tone, high-waisted, tall caps, tight spacing, rounded corners, crisp.
A condensed sans with tall proportions and compact sidebearings, built from rounded-rectangle curves and straight, monoline strokes. Curves are smooth and controlled, with subtly squared terminals and a consistent, engineered rhythm across the alphabet. Uppercase forms read narrow and vertical, while round letters like C, O, and Q show a superelliptical structure rather than pure circles. The lowercase keeps a straightforward, single-storey construction where visible (e.g., a), with a tidy shoulder and restrained bowls; ascenders are prominent and punctuation appears minimal and sturdy.
Works well for headlines, posters, packaging, and branding systems that need a compact footprint without sacrificing legibility. Its tight, tall forms also suit signage and UI labels where horizontal space is constrained, and it can produce a distinctive, rhythmic texture in short editorial pull quotes or subheads.
The overall tone is modern and efficient, with a slightly retro-industrial flavor created by the tall, compressed silhouette and softened corners. It feels confident and utilitarian rather than playful, aiming for clarity and impact in limited horizontal space.
Likely intended as a space-saving display-and-text companion: a condensed sans that stays clean and systematic while adding character through rounded-rectangle geometry. The design prioritizes consistent stroke economy and a controlled, contemporary texture for high-impact typography.
The condensed build produces strong vertical emphasis and a pronounced texture in paragraphs, especially at larger sizes. Numerals follow the same narrow, monoline logic and appear designed to align neatly with the text color, maintaining a consistent density from letters to figures.