Sans Faceted Like 7 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, branding, ui labels, signage, techno, industrial, futuristic, utilitarian, retro digital, technical voice, digital aesthetic, machined geometry, clear labeling, angular, chamfered, octagonal, geometric, crisp.
A geometric sans built from straight strokes and sharp chamfered corners, replacing curves with clean facets. The monoline construction stays even across stems and joins, producing a crisp, engineered texture. Counters tend toward squared and octagonal shapes (notably in C/G/O/0/8/9), and terminals are consistently cut on angles, giving letters a machined, stencil-like precision without actual breaks. Lowercase forms mirror the same faceted logic, with compact bowls and direct, simplified structures that keep the overall rhythm tidy and legible.
Best suited to display settings where its faceted construction can read clearly: headlines, posters, tech branding, interface labels, and environmental/signage applications. It can also work for short blocks of copy when ample size and spacing are available, but its angular detailing is most effective when allowed to show.
The overall tone feels technical and mechanical, with a distinctly futuristic and industrial flavor. Its angular geometry and clipped corners evoke digital readouts, aerospace labeling, and sci‑fi interface typography, leaning more utilitarian than friendly.
The design appears intended to translate a geometric sans into a faceted, planar aesthetic, prioritizing consistent angled terminals and engineered counters. It aims for a modern, technical voice that reads as precision-made and systematized, while maintaining straightforward Latin letterforms for practical use.
Diagonal cuts are used systematically to soften otherwise hard 90° junctions, which helps maintain clarity at display sizes while preserving the font’s faceted identity. Numerals follow the same octagonal logic, with a slashed zero that emphasizes differentiation in technical contexts.