Sans Superellipse Tunu 4 is a very bold, very narrow, medium contrast, upright, tall x-height font visually similar to 'Dharma Gothic', 'Dharma Gothic Rounded', and 'Dharma Slab' by Dharma Type; 'Tungsten' by Hoefler & Co.; and 'PF Fusion Sans Pro' by Parachute (names referenced only for comparison).
Keywords: posters, headlines, packaging, signage, branding, industrial, rugged, poster, assertive, utilitarian, high impact, space saving, rugged texture, industrial voice, condensed, blocky, stencil-like, distressed, ink-trap.
A condensed, block-based sans with heavy vertical emphasis and compact counters. Many curves read as rounded-rectangle bowls, giving the letters a squared-off, superelliptic feel even where forms turn. Terminals are mostly blunt and flat, while interior corners show small notches and roughened cuts that create a subtle distressed/stenciled texture. The rhythm is tight and uniform in width overall, with sturdy stems, minimal curvature, and a clear, high-impact silhouette in both upper- and lowercase.
Best suited to display settings where a dense, forceful voice is needed—posters, headlines, labels, and packaging, as well as signage or logo wordmarks that benefit from a rugged industrial feel. The condensed build makes it useful when space is tight but impact is still the priority.
The overall tone is bold and hard-working, with an industrial, screen-printed character. Its rough edges and notched details add grit and urgency, evoking warehouse signage, crate markings, or vintage poster typography rather than polished corporate minimalism.
Likely designed to deliver maximum visual punch in a compressed footprint, combining squared, rounded-rectangle geometry with intentional rough/notched detailing for a tough, print-worn or stenciled impression.
Capitals are tall and dominant, with straight-sided rounds (C, O, Q) and compact apertures. Lowercase maintains the same squared, compressed construction, with a single-storey a and simplified, sturdy forms. Numerals follow the same blocky logic, reading clearly at display sizes thanks to large masses and distinctive shapes.