Sans Faceted Pako 1 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, wayfinding, posters, logos, packaging, techy, retro-futurist, industrial, geometric, mechanical, geometric styling, technical clarity, futuristic tone, system consistency, chamfered, octagonal, angular, hard-edged, architectural.
A crisp, monoline sans built from straight segments and consistent chamfered corners, replacing curves with faceted, octagonal turns. Strokes maintain an even thickness, with squared terminals and frequent 45° cuts that give bowls and rounds a polygonal silhouette. Proportions are clean and fairly open, with simple, engineered construction across uppercase, lowercase, and numerals; counters tend toward rectangular and multi-sided forms, and diagonals (as in V/W/X) are sharp and tightly controlled. Overall spacing reads orderly and modular, supporting a precise, grid-friendly texture in text.
This font suits UI labeling, dashboards, and tech-forward branding where crisp edges and uniform strokes read clearly at small to medium sizes. It also works well for posters, titles, and identity marks that benefit from a geometric, engineered look, as well as packaging or product graphics that aim for an industrial or sci‑fi flavor.
The faceted geometry conveys a technological, instrument-like tone—cool, systematic, and slightly retro, reminiscent of display readouts and industrial labeling. Its hard edges and consistent rhythm suggest precision and durability rather than warmth or calligraphy.
The letterforms appear designed to translate circular and curved structures into planar facets while keeping a neutral sans skeleton, creating a distinctive, systematized voice that remains practical for continuous reading. The consistent chamfering suggests an intention to feel modern, mechanical, and grid-aware across both display text and short passages.
The design language is highly consistent: corners are uniformly clipped, giving letters like O, C, G, and S a distinctive polygonal softness without true curves. Numerals follow the same logic, producing a cohesive alphanumeric set that feels purpose-built for interfaces and signage-like applications.