Sans Faceted Poge 5 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, gaming, album art, angular, futuristic, techno, runic, edgy, display impact, tech aesthetic, geometric consistency, stylized legibility, faceted, geometric, chiseled, sharp, modular.
This typeface is built from hard, faceted strokes that replace curves with crisp planar angles and pointed terminals. The stroke weight stays consistent, giving a clean, monoline feel, while counters and bowls often resolve into diamond and wedge shapes (notably in forms like O, Q, and 8). Uppercase construction is fairly rigid and geometric, with frequent use of triangular joins and clipped corners; the lowercase echoes the same angular logic with simplified, sign-like forms. Overall spacing reads moderately open, and the silhouette rhythm is defined by repeated diagonals, sharp inktraps, and chamfered internal corners that create a cut-metal look.
Best suited to headlines, posters, titles, and branding where a sharp geometric personality is desired. It can work well for gaming and sci‑fi interfaces, event graphics, packaging accents, and logo marks that benefit from a faceted, technical voice rather than a neutral text tone.
The tone is assertive and stylized, with a sci‑fi and quasi-runic flavor that feels engineered rather than handwritten. Its sharp facets and angular rhythm suggest speed, technology, and a slightly aggressive, game-like attitude, making it more expressive than neutral.
The design appears intended to translate a geometric sans skeleton into a faceted, planar system, trading curves for crisp angles to create a distinctive, emblematic texture. The consistent stroke weight and repeatable corner logic suggest a goal of maintaining uniformity while maximizing a futuristic, chiseled character.
Legibility remains strong at display sizes where the faceting can be appreciated; at smaller sizes the pointed joins and diamond counters may visually converge. Numerals follow the same chiseled geometry, with especially distinctive 2, 3, and 5 that emphasize angled diagonals over smooth curves.