Sans Faceted Fuba 8 is a regular weight, normal width, low contrast, italic, normal x-height font visually similar to 'Beachwood' by Swell Type (names referenced only for comparison).
Keywords: headlines, branding, sportswear, tech ui, posters, technical, futuristic, sporty, industrial, angular, futurism, speed, precision, industrial feel, display impact, chamfered, faceted, oblique, octagonal, mechanical.
This typeface is an oblique, faceted sans with chamfered corners that replace most curves with crisp planar cuts. Strokes stay largely uniform, producing a steady, low-modulation texture, while counters and bowls read as octagonal forms (notably in O, Q, 0, and 8). The construction emphasizes straight segments, squared terminals, and tight joins, giving the alphabet a compact, engineered rhythm. Numerals follow the same angular logic, with squared apertures and clipped corners that keep figures bold and clearly segmented.
It performs best in short-to-medium display settings where the faceted construction can read as a deliberate aesthetic—headlines, wordmarks, product branding, posters, and tech-leaning interfaces. The oblique angle and crisp cornering make it especially effective for sports, automotive, gaming, and industrial-themed graphics where a sense of speed and precision is desirable.
The overall tone feels technical and forward-leaning, with a sporty, utilitarian energy reminiscent of engineered surfaces and digital hardware. Its sharp geometry and oblique stance add motion and urgency, suggesting speed, precision, and modern machinery.
The design intent appears to be a clean, modern sans drawn from a faceted, cut-metal geometry, prioritizing a consistent angular system over round forms. By pairing a forward slant with chamfered corners, it aims to project motion, toughness, and engineered precision while remaining legible in display sizes.
The faceting is applied consistently across uppercase, lowercase, and figures, creating strong stylistic cohesion. Several letters rely on angled cuts and open apertures for recognition, which helps maintain clarity despite the geometric simplification.