Font Hero

Sans Faceted Page 2 is a regular weight, normal width, monoline, upright, normal x-height font.

Keywords: ui labels, game titles, tech branding, posters, packaging, tech, futuristic, industrial, arcade, sci-fi, futuristic styling, digital display, geometric system, hard-edged clarity, angular, octagonal, geometric, chamfered, mechanical.

A geometric sans built from straight strokes and clipped corners, where curves are consistently replaced by planar facets. Letterforms sit on a mostly squared framework with octagonal counters and chamfered terminals, producing a crisp, engineered silhouette. Stroke thickness is even and the joins are sharp, while proportions vary by glyph to preserve recognizable shapes (notably in round letters like O/Q and numerals). The lowercase maintains a compact, constructed look with simplified bowls and apertures, and the overall spacing reads clean and controlled in text.

Works well for UI labels, dashboards, and on-screen typography where a technical voice is desired, as well as for game titles, sci-fi posters, and branded graphics that benefit from a constructed, futuristic look. It’s also effective for short blocks of text, captions, and product packaging where the angular texture can act as a visual motif.

The faceted construction and hard angles evoke a digital, high-tech tone—part arcade display, part industrial interface. Its rhythm feels precise and mechanical, giving copy a cool, synthetic character suited to futuristic or technical themes.

Designed to translate a geometric sans into an angular, faceted system, prioritizing consistency of chamfered corners and straight segments while keeping familiar letter recognition. The intent appears to be a modern display-forward style that still holds together in short text settings.

In running text, the repeated chamfers create a distinctive sparkle at corners, while squared curves keep forms legible and consistent across caps, lowercase, and figures. The numerals mirror the same octagonal logic, reinforcing a unified, system-like design.