Sans Superellipse Tidak 9 is a bold, narrow, low contrast, upright, tall x-height font visually similar to 'Miguel De Northern' by Graphicxell and 'Ozonos' by Kufic Studio (names referenced only for comparison).
Keywords: posters, packaging, headlines, labels, editorial, industrial, rugged, playful, retro, utility, impact, compactness, print texture, vintage feel, approachability, compressed, chunky, rounded corners, blunt terminals, stamped.
A condensed, heavy sans with softly squared (superellipse-like) counters and corners. Strokes are broadly uniform with minimal contrast, and terminals tend to be blunt, giving letters a blocky silhouette. The outlines show slight irregularity and ink-like wobble, creating a stamped/printed texture rather than a perfectly geometric finish. Spacing is fairly tight and the forms are compact, with a high x-height and short ascenders/descenders that keep lowercase text dense and punchy.
Best suited to headlines and short blocks of copy where strong impact and compact width are useful—posters, packaging, labels, and editorial titling. It can work for small bursts of text when a rugged, stamped feel is desired, though the irregular edges make it most effective at medium-to-large sizes.
The overall tone feels industrial and workmanlike, with a roughened, analog edge that reads as handcrafted or stamped. Its compact weight and rounded-rect geometry add a friendly, slightly playful character, lending a vintage poster or packaging sensibility without becoming decorative.
Designed to deliver a condensed, high-impact voice with softened rectangular forms and a deliberately imperfect print texture. The intent appears to balance utilitarian clarity with a handcrafted, vintage-industrial attitude that stands out in display settings.
Round letters (like O/C) appear more squarish than circular, and joins are sturdy, helping the face hold up at display sizes. The texture from uneven edges is noticeable in continuous text and becomes part of the personality, suggesting intentional distress rather than precision.