Sans Faceted Fuve 13 is a bold, very narrow, low contrast, italic, normal x-height font.
Keywords: headlines, posters, branding, sportswear, packaging, industrial, aggressive, retro, mechanical, sporty, impact, compactness, motion, edge, utility, condensed, angular, faceted, oblique, compact.
A sharply faceted, oblique sans with compact proportions and tight internal counters. Curves are largely replaced by planar cuts and angled joins, producing a chiseled, polygonal silhouette across rounds and diagonals. Strokes stay visually consistent with minimal modulation, while terminals often finish in slanted, clipped ends that reinforce forward motion. The uppercase is tall and compressed, and the lowercase follows with a straightforward, utilitarian construction; numerals share the same cut-corner geometry for a cohesive texture in mixed setting.
Best suited to display applications where its angular texture and forward slant can carry a message: headlines, posters, brand marks, product packaging, and energetic promotional graphics. It can also work for short UI labels or titling where a compact, forceful presence is needed, while longer passages may feel intense due to the condensed spacing and strong obliquing.
The overall tone is fast, hard-edged, and technical, with a slightly retro, engineered feel. Its faceted construction reads as rugged and assertive, lending a punchy, high-impact voice that suggests motion and tension rather than softness or neutrality.
The design appears intended to deliver a high-impact, space-saving voice with a distinctive faceted silhouette, translating a mechanical, cut-metal aesthetic into a cohesive text image. The consistent angular language across letters and figures suggests an emphasis on recognizability and momentum in bold display settings.
The design’s strong slant and narrow set create pronounced rhythm in lines of text, with distinctive angular breaks that can become a defining texture at display sizes. Letterforms with bowls and diagonals show especially consistent faceting, which helps maintain recognition despite the condensed width.