Sans Faceted Gupi 3 is a very light, wide, low contrast, italic, normal x-height, monospaced font.
Keywords: ui labels, technical diagrams, game hud, data display, posters, technical, sci‑fi, geometric, precise, minimal, futuristic styling, systematic geometry, schematic clarity, constructed forms, angular, faceted, wireframe, octagonal, linear.
This typeface is built from slender, straight strokes with consistent weight and sharp, chamfered joins that replace curves with short planar facets. Bowls and counters read as octagonal or polygonal forms, while diagonals are clean and steady, giving letters a constructed, drafting-like rhythm. Terminals are crisp and open, with simplified forms (notably in rounded characters) that prioritize geometry over calligraphic modulation. Spacing appears even and systematic, supporting a uniform texture across mixed-case and numerals.
It performs best in display and interface contexts where a technical, geometric flavor is desired—such as UI labels, dashboards, sci‑fi titling, and schematic or diagram annotations. The light stroke and open construction favor medium-to-large sizes and high-contrast backgrounds, where its faceted details remain clear.
The overall tone feels engineered and forward-looking, evoking schematic labeling, instrument markings, and retro-futurist interfaces. Its faceted geometry and airy stroke density create a cool, understated voice that reads as precise and controlled rather than expressive or warm.
The design appears intended to translate sans-serif forms into a planar, polygonal system, trading curves for beveled segments to create a consistent faceted aesthetic. The goal seems to be a clean, engineered look that stays readable while signaling a technical or futuristic identity.
Distinctive polygonal rounding gives the alphabet a consistent “cut” silhouette, especially in C/G/O/Q and the numerals. The numerals follow the same faceted logic, with 0 rendered as a slashed polygon and 8 constructed from stacked angular loops, reinforcing a cohesive, system-driven design language.