Sans Other Juman 7 is a bold, very narrow, low contrast, upright, tall x-height font visually similar to 'Dharma Gothic' and 'Dharma Gothic Rounded' by Dharma Type, 'Denso Sans' by Monotype, and 'Koroleva Umka' by Umka Type (names referenced only for comparison).
Keywords: headlines, posters, signage, packaging, labels, industrial, condensed, authoritative, retro, utilitarian, space saving, high impact, industrial feel, signage clarity, angular, octagonal, stencil-like, poster, monoline.
A condensed, monoline display sans with tall proportions and a tightly packed rhythm. Stems are straight and largely uniform in weight, with corners frequently chamfered into octagonal facets that give many rounds a clipped, geometric feel. Terminals are generally flat and squared, and several letters show small internal notches and split details that read as stencil-like cuts rather than traditional joins. The overall construction is rigid and vertical, emphasizing narrow counters and compact apertures.
Best suited for high-impact headlines, posters, and short display lines where its condensed width helps fit text into tight columns. It also works well for signage, packaging, and labels that benefit from an industrial, no-nonsense voice, especially at medium to large sizes.
The face projects a hard-edged, utilitarian tone—mechanical, directive, and slightly theatrical. Its faceted geometry and narrow stance evoke signage, labeling, and poster typography with a touch of vintage industrial character.
The design appears intended to deliver maximum presence in a compressed footprint, using faceted geometry and stencil-like interruptions to create a distinctive, industrial display texture while keeping stroke weight consistent for clear reproduction.
Uppercase forms dominate visually with strong verticals and minimal modulation, while lowercase retains the same condensed, engineered logic (single-story forms where applicable and simplified bowls). Numerals follow the same clipped-corner vocabulary and maintain a consistent, sign-painter-like solidity at larger sizes.