Sans Faceted Jigu 3 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: display, headlines, logos, branding, posters, techno, futuristic, industrial, sci‑fi, architectural, geometric system, tech aesthetic, display impact, modular consistency, angular, octagonal, geometric, chamfered, modular.
A geometric, faceted sans built from straight strokes and clipped corners, replacing round bowls with multi-sided forms. The linework stays consistent in thickness, with clean joins and a modular construction that reads like an octagonal stencil without breaks. Counters are generally open and roomy, and the overall set runs wide with a steady rhythm, giving words a stretched, horizontal footprint. Uppercase forms feel particularly engineered, while the lowercase echoes the same chamfered logic with simplified, single-storey shapes.
Best suited to display sizes where the faceted details and wide stance can define a strong graphic voice—titles, posters, tech branding, packaging, and UI/overlay headings. It can also work for short bursts of text such as labels, navigation, or product naming, where its geometric rhythm adds character without relying on ornament.
The sharp planar facets and engineered proportions create a distinctly futuristic, hardware-like tone. It suggests interfaces, machinery labeling, and retro digital aesthetics—precise, technical, and slightly game-like rather than friendly or handwritten.
The font appears designed to translate rounded sans forms into a consistent system of straight segments and chamfered corners, prioritizing a unified polygonal geometry across letters and numbers. The goal seems to be a modern, techno-leaning voice that remains clean and legible while emphasizing an engineered, angular personality.
The design leans on repeated diagonal chamfers for consistency across rounds (C/G/O/Q and numerals), producing a cohesive polygonal texture in text. Distinctive features include an octagonal “O/0” family, a squared-off “G” with an interior bar, and numerals that maintain the same clipped-corner geometry for a unified alphanumeric system.