Sans Faceted Buby 7 is a very bold, normal width, low contrast, upright, normal x-height font visually similar to 'Pocky Block' by Arterfak Project, 'Sicret' by Mans Greback, and 'Crazy Robot' by Sealoung (names referenced only for comparison).
Keywords: headlines, posters, logotypes, game ui, packaging, industrial, arcade, aggressive, mechanical, poster-ready, impact, tech tone, retro gaming, geometric styling, branding, angular, beveled, octagonal, blocky, geometric.
A heavy, block-built display sans with sharp planar cuts replacing curves. Strokes are uniform and dense, with octagonal corners, chamfered terminals, and frequent diagonal notches that create a faceted, machined silhouette. Counters are small and often squared, giving letters a compact, armored feel; curves in forms like O, C, and G read as clipped polygons rather than rounds. Proportions lean wide and sturdy with tight internal space, producing a strong, rhythmic texture at headline sizes.
Best suited for bold headlines and short bursts of text where the angular detailing can be appreciated—posters, event graphics, product packaging, game titles, and UI labels. It also works well for logos and wordmarks that benefit from a mechanical, faceted signature.
The faceted geometry and hard edges convey a tough, industrial attitude with a retro-digital edge. It feels assertive and game-like, evoking arcade cabinets, sci‑fi interfaces, and stamped metal lettering rather than anything handwritten or delicate.
The letterforms appear designed to translate a geometric, polygon-cut aesthetic into a readable sans, prioritizing impact and a consistent chamfered construction. The intent reads as a display face that delivers a strong, industrial/arcade tone while keeping shapes systematic across the character set.
The design maintains a consistent corner language across uppercase, lowercase, and numerals, making mixed-case settings feel cohesive despite the stylized construction. Several glyphs incorporate distinctive angled bites and squared apertures that enhance recognition in large sizes but can visually close up when set too small or too tight.