Sans Superellipse Dokej 1 is a light, very narrow, monoline, upright, normal x-height font visually similar to 'Core Mellow' by S-Core (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, minimal, modern, architectural, clean, technical, space saving, modernism, systematic, clarity, condensed, rounded corners, squared curves, linear, airy.
This typeface uses a uniform stroke with soft, squared-off curves that read like rounded rectangles throughout its bowls and terminals. Proportions are strongly condensed, with tall ascenders and a compact footprint that keeps counters narrow and vertical. Corners are consistently eased rather than sharply cut, creating a controlled, modular rhythm across straight stems and curved joins. The overall texture is even and linear, with simple construction and restrained detailing that keeps letterforms crisp at display sizes.
It suits concise headlines, labels, and packaging where vertical economy and a clean, modern voice are desired. The condensed build also works well for signage-style applications, UI headers, and editorial pull quotes where a narrow measure helps fit more characters without feeling heavy.
The tone is streamlined and contemporary, combining a utilitarian, engineered feel with a friendly softness from the rounded-square geometry. Its narrow, upright stance evokes signage and interface typography, while the monoline consistency keeps it calm and orderly rather than expressive or calligraphic.
The design appears intended to provide a space-efficient sans with a distinctive rounded-rectangle skeleton, balancing strict, technical construction with approachable softness. Its consistent stroke and simplified forms suggest an emphasis on clarity and repeatable geometry for contemporary graphic systems.
Round characters like O and 0 appear more superelliptical than purely circular, reinforcing the squared-curve theme. Figures and capitals maintain the same vertical emphasis, helping the font keep a tidy, space-saving rhythm in tight settings.