Sans Faceted Gety 9 is a light, wide, low contrast, italic, normal x-height font.
Keywords: headlines, logotypes, branding, posters, ui display, techy, futuristic, mechanical, precise, sleek, futuristic tone, technical branding, geometric consistency, dynamic slant, angular, octagonal, geometric, monoline, chamfered.
A monoline, forward-leaning sans built from crisp straight strokes and chamfered corners, replacing curves with short facets. The geometry reads as octagonal and planar, with consistent stroke weight and clean joins that keep counters open even in tight shapes like O, Q, and 8. Proportions run horizontally generous with a slightly condensed vertical feel, and the rhythm is driven by repeated angled terminals and clipped apertures. Numerals and lowercase echo the same faceted construction, producing a cohesive, engineered texture across lines of text.
Best suited to display settings where its angular detailing can be appreciated: tech branding, product wordmarks, interface titling, esports or gaming visuals, and poster headlines. It can work for short bursts of text, but the distinctive faceting and slant are most effective at larger sizes and in high-contrast layouts.
The faceted construction and italic slant give the face a fast, technical tone that feels at home in sci‑fi, industrial, and gadget-forward contexts. Its sharp corners and measured spacing suggest precision and modernity rather than warmth or tradition.
The design appears intended to translate geometric, faceted lettering into a clean sans framework, creating a sense of speed and engineered precision while remaining legible. By standardizing chamfers and straight segments across caps, lowercase, and figures, it aims for a unified, futuristic voice suitable for contemporary digital and industrial themes.
Many terminals end in angled cuts, and several letters rely on open forms (notably in C, S, and e), which reinforces a streamlined, schematic look. The design stays restrained—no decorative swashes—so the personality comes primarily from the consistent chamfering and the forward motion of the slant.