Sans Superellipse Jeka 3 is a very bold, narrow, medium contrast, upright, tall x-height font visually similar to 'Dez Squeeze Pro' by Dezcom, 'Interweave' by K-Type, 'Heroxy' by Kulokale, and 'Quandor' by Stiggy & Sands (names referenced only for comparison).
Keywords: posters, headlines, branding, packaging, signage, industrial, condensed, impactful, utilitarian, authoritative, space saving, high impact, display emphasis, sturdy tone, blocky, squared, rounded corners, compact, monolinear.
A compact, tightly packed sans with heavy, monolinear strokes and rounded-rectangle (superellipse) bowls. Curves are squarish rather than circular, giving counters a vertical, pill-like feel, while terminals are mostly flat and blunt. The design favors tall verticals, short crossbars, and narrow apertures, creating a dense rhythm and strong word-shape. Numerals and capitals share the same sturdy, engineered construction, with minimal detailing and consistently softened corners to keep the boldness from feeling brittle.
Best suited for headlines, posters, packaging, and signage where high impact and compact width are useful. It can also work for bold branding moments—logotypes, sports or event promotions, and strong callouts—especially when set with generous tracking or ample whitespace to prevent the dense shapes from feeling cramped.
The overall tone is assertive and functional, with a poster-like punch and an industrial, sign-painting sturdiness. Its condensed, blocky forms read as no-nonsense and attention-grabbing, leaning more toward utilitarian strength than friendliness.
Likely intended as a high-impact condensed display sans that maximizes presence in limited horizontal space. The superelliptical rounding suggests a deliberate blend of geometric rigidity and controlled softness for bold, contemporary typography.
The sample text shows strong line-to-line consistency and a solid texture at display sizes, where the heavy strokes and compressed spacing create a unified black mass. The rounded corners and superelliptical curves provide a subtle softness that balances the otherwise rigid geometry.