Sans Faceted Labo 14 is a regular weight, normal width, medium contrast, upright, normal x-height font.
Keywords: display, headlines, posters, logos, packaging, techno, industrial, futuristic, gaming, mechanical, angular system, tech aesthetic, display impact, geometric clarity, angular, faceted, chamfered, geometric, modular.
A sharply faceted geometric sans built from straight strokes and chamfered corners, replacing curves with planar angles and clipped terminals. Stems are uniform and sturdy, with crisp joins and a slightly modular construction that keeps counters mostly rectangular or trapezoidal. Proportions read as compact and efficient, with squared-off bowls and consistent cap height; lowercase follows the same angular logic, yielding a clean, engineered rhythm. Numerals match the letterforms with hard corners and flattened curves, staying highly graphic and grid-friendly.
Best suited to display contexts where its faceted geometry can be appreciated: headlines, titles, branding marks, and bold typographic lockups. It also fits UI or on-screen graphics for games and tech-themed projects, plus packaging or labels that benefit from an industrial, engineered aesthetic.
The overall tone is technical and synthetic, evoking digital interfaces, machinery labels, and sci‑fi design language. Its angular facets and clipped corners give it a decisive, utilitarian feel with a subtle arcade/retro-tech energy rather than a soft or friendly voice.
The design appears intended to translate a geometric sans into a crisp, faceted construction—maintaining legibility while emphasizing planar cuts and angular counters. The consistent chamfering suggests a deliberate system aimed at producing a cohesive futuristic texture across uppercase, lowercase, and figures.
At text sizes the repeated chamfers create a distinct sparkle along baselines and shoulders, which can be striking in short settings but visually busy in long passages. The face rewards generous tracking and clear hierarchy, where the faceted shapes can read as intentional pattern rather than texture noise.