Sans Faceted Itbo 3 is a light, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, logos, posters, packaging, ui labels, futuristic, technical, digital, sci‑fi, precision, futuristic styling, geometric system, tech signage, display impact, angular, monoline, geometric, polygonal, faceted.
A sharply angular, faceted sans with monoline strokes and near-total avoidance of curves. Letterforms are built from straight segments and chamfered corners, producing octagonal counters and zig-zag joins in places where a conventional grotesk would round. The rhythm is open and airy with generous interior space; horizontals and verticals are clean and even, while diagonals are crisp and often terminate in clipped, planar ends. Numerals and capitals share the same polygonal construction, giving the set a consistent, engineered look.
Best suited for display settings where its angular detailing can be appreciated—headlines, logotypes, posters, and techno-forward packaging. It can also work for short UI labels, navigation, or interface titling in science/technology contexts, especially where a distinctive geometric voice is desired over maximum small-size readability.
The overall tone feels futuristic and technical, with a cool, instrument-panel character. Its faceted geometry reads as digital and schematic—more like plotted vectors or cut metal than handwriting—creating an assertive sci‑fi voice without relying on heavy weight or ornament.
The design appears intended to translate a neutral sans skeleton into a faceted, planar system, substituting curves with controlled angles to evoke machinery, CAD geometry, and futuristic signage. Consistency of stroke width and repeated chamfer motifs suggest a deliberate, modular construction aimed at strong branding and thematic display use.
Some characters lean into stylized construction (notably the angular bowls and stepped diagonals), which enhances personality but can introduce momentary ambiguity at smaller sizes. The sample text shows a steady baseline and consistent stroke behavior, with the angular terminals doing most of the expressive work.