Sans Faceted Guny 13 is a very light, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, logotypes, posters, ui display, tech branding, techy, futuristic, schematic, crisp, minimal, geometric styling, sci-fi flavor, technical tone, display impact, angular clarity, octagonal, angular, monoline, segmented, wireframe.
A monoline, right-leaning sans with a faceted construction that replaces curves with short, straight segments. Terminals are clipped and cornered, producing octagonal bowls and polygonal rounds in letters and numerals. Strokes are consistently thin with open, airy counters, and spacing feels moderately generous, keeping the texture light and legible. The design shows a geometric rhythm with occasional calligraphic-like joins in diagonals and arches, while maintaining an overall engineered, segmented silhouette.
Best suited to display settings where its angular, faceted forms can be appreciated—headlines, posters, titles, and brand marks, especially for technology, sci‑fi, gaming, or industrial themes. It can also work for short UI labels or interface-style typography when a schematic, geometric voice is desired, but the very thin strokes suggest avoiding small sizes or low-contrast backgrounds.
The faceted geometry and consistent slant give the face a technical, futuristic tone, like lettering drawn from blueprint, CAD, or sci‑fi interface conventions. Its crisp angles feel precise and modern, while the light stroke weight keeps the mood sleek rather than heavy or aggressive.
The letterforms appear designed to evoke a geometric, constructed look—like rounded shapes rebuilt from planar facets—while retaining familiar sans proportions and a consistent italic flow. The goal seems to be a distinctive, engineered aesthetic that reads cleanly in short bursts and stylized settings.
Round characters such as O/Q/0 read as multi-sided forms, and the angled construction is carried through to punctuation-like details and small features (e.g., clipped joins and pointed vertex turns). Numerals share the same polygonal logic, with straight-run strokes and chamfered corners that keep the set visually cohesive.