Sans Faceted Umba 11 is a very bold, wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, game ui, sports branding, techy, futuristic, industrial, arcade, mechanical, display impact, tech aesthetic, geometric system, signage feel, modular lettering, angular, octagonal, blocky, geometric, stencil-like.
A heavy, geometric display sans built from straight strokes and clipped corners, creating an octagonal, faceted silhouette wherever curves would normally appear. Stems and horizontals keep a consistent thickness, while counters are squared-off and often inset like cutouts, giving letters a machined, modular feel. The forms favor broad shoulders and flat terminals; diagonals are crisp and symmetrical, and rounded characters (O, C, G, S, 0) resolve into chamfered, planar shapes. Spacing and rhythm read steady and robust, with simplified joins that prioritize impact over delicate detail.
Best suited to short, high-impact settings such as headlines, posters, title cards, and logo wordmarks where the angular detailing can be appreciated. It also fits tech, gaming, and industrial-themed interfaces or packaging, and can work for sports or team branding that benefits from a sturdy, mechanical voice.
The faceted construction and hard-edged geometry suggest a tech-forward, engineered tone—somewhere between sci‑fi interface lettering and classic arcade hardware. It feels assertive and utilitarian, with a bold, game-title energy and a hint of industrial signage.
The design appears intended to translate rounded sans-serif structures into a faceted, corner-cut system that reads as manufactured and modern. Its consistent stroke weight and chamfered geometry aim to deliver immediate presence while maintaining clear, simplified letterforms for display use.
The distinctive chamfers and squared counters make the alphabet highly stylized, with several glyphs leaning toward a modular, cut-metal aesthetic. Numerals match the same planar logic, maintaining consistent corner cuts and strong, legible silhouettes at display sizes.