Sans Faceted Guvo 6 is a very light, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, posters, branding, tech ui, logotypes, futuristic, technical, sci‑fi, minimal, angular, futurism, technical voice, geometric stylization, display impact, schematic look, monoline, faceted, geometric, segmented, wireframe.
A monoline, sharply faceted sans with an oblique slant and a crisp, engineered rhythm. Curves are largely replaced by straight segments and clipped corners, giving many glyphs a planar, polygonal feel. Strokes are consistently thin and open counters are common, with simplified joins and occasional pointed terminals that read like folded metal or plotted linework. The overall texture is airy and skeletal, with lively diagonal accents in letters like K, M, N, V, W, and X and a distinctly angular construction in rounded forms such as O, C, and S.
Best suited for display applications such as headlines, posters, tech-themed branding, game titles, and interface accents where its angular construction can be appreciated. It can also work for short UI labels or wayfinding-style callouts when used at sizes that preserve the thin strokes and the faceted details.
The design conveys a futuristic, technical tone—clean, schematic, and slightly cyberpunk—suggesting instrumentation, aerospace interfaces, or digital readouts rather than traditional editorial typography. Its faceted outlines and forward lean add momentum and a sense of precision, while the minimal stroke weight keeps the mood light and high-tech.
The font appears designed to reinterpret a neutral sans skeleton through planar facets and plotted, monoline strokes, prioritizing a futuristic silhouette over conventional softness. The consistent segmentation and oblique stance suggest an intent to evoke digital hardware, schematic drawings, or science-fiction visual language in a lightweight, modern package.
Numerals follow the same segmented logic, emphasizing straight edges and clipped corners that support a display-like character. The thin stroke weight and open forms create strong negative space, but the sharp geometry becomes the primary identifying feature, especially at larger sizes where the facets are most legible.