Sans Other Sehy 9 is a regular weight, very narrow, low contrast, upright, normal x-height font.
Keywords: headlines, posters, branding, ui labels, wayfinding, techno, architectural, retro, industrial, futuristic, compact impact, tech aesthetic, modular geometry, signage clarity, monoline, condensed, rectilinear, square corners, chamfered corners.
A condensed, monoline sans built from rectilinear strokes with square counters and frequent chamfered joins. Curves are largely avoided; bowls and rounds are constructed as squared, almost octagonal forms, producing a crisp, mechanical rhythm. Terminals are flat and abrupt, with occasional angled cuts (notably in diagonals and crotches) that add a faceted, engineered feel. Lowercase follows the same geometric logic with compact proportions and tight apertures, and the numerals echo the same boxy, modular construction.
Best suited to display and short-form settings where its geometric construction can be appreciated—headlines, posters, logotypes, and tech-leaning branding. It can also work for compact UI labels or navigational text where a narrow footprint is helpful, provided sizes and spacing allow the angular details to remain clear.
The overall tone is technical and synthetic, evoking signage, circuitry, and late‑modernist industrial graphics. Its narrow, rigid geometry reads precise and utilitarian, with a subtle retro-futurist flavor that feels at home in sci‑fi or arcade-era visual systems.
The font appears designed to deliver a compact, high-impact sans with a distinctly constructed, grid-based personality. Its squared counters, clipped corners, and modular strokes suggest an intention to balance legibility with a deliberate techno-industrial aesthetic for contemporary display typography.
The design’s consistency comes from repeated straight segments and clipped corners, giving text a staccato, grid-aligned texture. At smaller sizes the tight apertures and squared forms may read more stylized than neutral, while at display sizes the faceted construction becomes a defining feature.