Sans Superellipse Terak 6 is a very bold, narrow, low contrast, upright, normal x-height font visually similar to 'Bebas Neue Pro' by Dharma Type, 'Basketball' by Evo Studio, and 'Hockeynight Sans' by XTOPH (names referenced only for comparison).
Keywords: headlines, posters, packaging, signage, logos, industrial, retro, stamped, punchy, pragmatic, impact, compactness, durability, friendly ruggedness, geometric simplicity, rounded corners, squared bowls, blunt terminals, compact, heavy.
A compact, heavy sans with rounded-rectangle construction and softened corners throughout. Strokes are broadly uniform, with blunt terminals and squared counters that give round letters a superelliptical, boxy feel. Curves transition quickly into flats, and interior spaces stay open enough to hold up at display sizes despite the dense color. The rhythm is tight and sturdy, with straightforward geometry and minimal modulation.
Best suited for headlines, short text, and prominent labeling where a compact, high-impact voice is needed. It works well in posters, packaging, signage, and logo wordmarks that benefit from a sturdy, industrial-leaning aesthetic. For longer passages, generous tracking and leading can help keep the texture from feeling too dense.
The overall tone feels utilitarian and workmanlike, like labeling on equipment or packaging. Its rounded corners keep the weight from feeling harsh, while the blocky forms add a retro, stamped impression. The result is bold, direct, and a bit playful in a rugged way.
The design appears intended to deliver maximum visual impact in a compact footprint while maintaining friendly, rounded edges. Its superelliptical structure suggests a deliberate move toward simple, repeatable shapes that reproduce reliably in bold applications such as stamps, labels, and large-format display.
Uppercase and lowercase share a consistent, simplified construction, and the numerals match the same rounded-rectangle logic for a cohesive set. The face produces strong texture in paragraphs and headlines, so spacing and line length will noticeably shape its perceived density.