Sans Superellipse Pibuh 3 is a bold, narrow, monoline, upright, normal x-height font visually similar to 'ADIL Sans' by Adaylife, 'Space Race' by Comicraft, and 'Fishmonger' by Suitcase Type Foundry (names referenced only for comparison).
Keywords: posters, headlines, logos, packaging, sports branding, industrial, retro, technical, athletic, condensed, space saving, impact, geometric consistency, signage clarity, brand voice, rounded corners, squared curves, compact, punchy, high contrast (shape).
A condensed sans with monoline strokes and a squared-off, superellipse construction throughout. Corners are consistently rounded, producing rounded-rectangle bowls and apertures, while verticals stay straight and firm for a compact, stacked rhythm. The uppercase is tall and compressed with relatively tight interior counters; the lowercase follows the same geometry, with short arms and pragmatic terminals that keep silhouettes clean. Numerals share the same narrow, blocky build, with rounded corners and simplified forms that read crisply at display sizes.
Well-suited to headlines and short bursts of text where a condensed, high-impact presence helps conserve horizontal space. It can work effectively for logos, labels, and packaging that benefit from a sturdy, engineered aesthetic, and for sports or event branding where compact, punchy letterforms are desirable.
The overall tone is bold and utilitarian, with a distinctly industrial, retro-technical feel. Its condensed proportions and rounded-square curves create a confident, engineered voice that can read as sporty or arcade-like depending on color and layout.
The font appears designed to deliver maximum visual impact in a tight width using a consistent rounded-rectangle geometry. Its goal is a clean, modern-industrial display voice with strong rhythm and immediately recognizable silhouettes.
Shape decisions favor uniformity and cadence: repeated vertical stems, squared bowls, and consistent corner radii create strong patterning in words. The design’s compact spacing and tight counters suggest it performs best when given enough size and breathing room in layout.