Sans Faceted Jiwu 3 is a regular weight, wide, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, game ui, tech branding, signage, futuristic, technical, angular, sci‑fi, industrial, sci‑fi voice, machine aesthetic, interface display, logo impact, modular geometry, faceted, chamfered, octagonal, modular, mechanical.
This typeface is built from straight strokes and clipped corners, replacing curves with crisp planar facets. Counters and bowls tend toward octagonal or rectangular shapes, with diagonal chamfers creating a consistent cut-metal silhouette. Stroke joins are sharp and decisive, with a geometric rhythm that favors horizontal and vertical structure plus occasional 45° cuts; terminals often end in angled slices. Proportions read fairly open and roomy, and the lowercase maintains clear differentiation through angular bowls and simplified, mechanical forms.
Best suited to display sizes where the faceted construction and angular counters can be appreciated—such as headlines, posters, title cards, and tech or gaming UI. It can also work for short labels and signage where a mechanical, futuristic tone is desired, while longer paragraphs may benefit from generous tracking and line spacing to keep the texture from feeling busy.
The overall tone feels engineered and futuristic, evoking interfaces, machinery labeling, and retro-digital sci‑fi aesthetics. Its sharp facets and rigid geometry communicate precision, speed, and a slightly aggressive, high-tech attitude.
The design intention appears to be a geometric, hard-edged sans that conveys a machined, digital-forward personality by systematically chamfering corners and minimizing curves. It prioritizes a strong silhouette and a consistent faceted motif to create instant thematic recognition in display contexts.
Diagonal cuts are used as a unifying motif across both uppercase and lowercase, producing a coherent ‘chiseled’ texture in running text. The numerals follow the same faceted construction, reinforcing a consistent, technical voice across alphanumerics.