Sans Faceted Guby 10 is a very light, narrow, low contrast, italic, tall x-height font.
Keywords: display, headlines, posters, branding, packaging, futuristic, technical, angular, sci‑fi, austere, tech aesthetic, sci‑fi tone, systematic geometry, motion emphasis, display impact, monoline, faceted, chamfered, geometric, constructed.
A monoline, forward-slanted sans built from straight segments and crisp chamfered corners, replacing bowls and curves with planar facets. Strokes keep a consistent thin weight, with slightly softened angle transitions that read as clipped joints rather than true curves. Proportions are compact and upright in construction despite the slant, with narrow apertures and squared counters in letters like O/Q and the numerals. The rhythm is clean and mechanical, with tight internal spaces and a consistent, drafted feel across uppercase, lowercase, and figures.
Best suited to short display settings such as headlines, titles, poster typography, and logo/wordmark explorations where its faceted geometry can be a defining visual cue. It also fits product packaging, gaming or sci‑fi themed graphics, and interface-style labeling where a technical, constructed voice is desired.
The typeface conveys a futuristic, engineered tone—more instrument-panel than editorial—suggesting speed, precision, and synthetic modernity. Its angular construction and italic motion give it a techno-sci‑fi flavor that feels purpose-built and utilitarian rather than expressive or handwritten.
The design appears intended to translate a streamlined, manufactured aesthetic into a readable sans by building each glyph from straight strokes and clipped corners. The consistent monoline weight and systematic facets suggest an aim for coherence across letters and figures, prioritizing a crisp, modern silhouette with a sense of motion.
Uppercase forms are especially geometric and segmented, while lowercase maintains the same faceted logic with simplified, single-storey structures. Numerals follow the same clipped-corner system, helping the set feel cohesive in UI-like readouts and labeling. Because the joints and counters are tight and angular, it reads best when given a bit of space and used at sizes where the facets remain clear.