Sans Faceted Roki 1 is a regular weight, very wide, monoline, italic, normal x-height font.
Keywords: headlines, logotypes, ui labels, posters, titling, futuristic, technical, racing, sci‑fi, cyber, tech aesthetic, speed cue, interface style, sci‑fi display, branding edge, angular, chamfered, geometric, segmented, taut.
A sharply angular sans with faceted, chamfered corners that substitute for curves, producing a segmented, polygonal skeleton. Strokes are consistently thin and even, with a pronounced forward slant and wide, low letterforms that emphasize horizontal motion. Counters tend toward rounded-rect or octagonal shapes, apertures are tight, and terminals often end in clipped diagonals, giving the set a crisp, engineered feel. Spacing reads open in display sizes, while the narrow stroke and extensive angularity keep texture light and brisk in continuous text.
Best suited to display contexts where its angular facets and slanted stance can read clearly—headlines, branding wordmarks, product and tech packaging, game/film titling, and interface-style labeling. It can work for short bursts of text or captions at larger sizes, but the thin strokes and tight apertures suggest using generous size and contrast for optimal clarity.
The overall tone is sleek and high-tech, evoking cockpit labeling, sci‑fi interfaces, and motorsport graphics. Its forward lean and wide stance communicate speed and momentum, while the faceted construction suggests precision and industrial design.
The design appears intended to deliver a modern, speed-oriented sans that replaces curves with planar facets for a distinctive techno voice. Its consistent chamfers and forward slant aim to create a cohesive, motion-driven texture that feels precise and engineered.
The alphabet maintains a consistent chamfer language across straight and rounded forms, creating strong stylistic unity. Numerals follow the same polygonal logic and read as streamlined, with minimal flourish; the design prioritizes a clean, mechanical rhythm over softness or calligraphic modulation.