Sans Faceted Umba 9 is a very bold, wide, monoline, upright, normal x-height font.
Keywords: headlines, logotypes, posters, game ui, packaging, techno, industrial, arcade, sci‑fi, aggressive, impact, futurism, machined feel, signage, angular, chamfered, geometric, stenciled, blocky.
A heavy, geometric display sans built from straight strokes and clipped corners, replacing curves with planar facets and chamfered joins. Counters are mostly rectangular or octagonal, and terminals end in hard, angled cuts that keep the silhouette crisp and mechanical. The spacing and forms create a tight, modular rhythm, with squared bowls and diagonals that read as engineered rather than handwritten. Numerals follow the same faceted construction, producing bold, sign-like figures with strong internal cutouts where applicable.
Best suited for large headlines, titles, and branding where the angular construction can be appreciated. It works well in game UI, sci‑fi or industrial-themed graphics, posters, and packaging that needs a bold, high-impact voice. For long passages of small text, the heavy strokes and tight geometry may read more as texture than as comfortable reading.
The overall tone is assertive and machine-made, evoking retro-futuristic interfaces and arcade hardware lettering. Its sharp edges and faceted geometry give it a hard, tactical energy that feels technical, urban, and slightly militaristic. The voice is more about impact and attitude than warmth or subtlety.
The design appears intended to translate a rigid, faceted construction system into a functional sans alphabet, maximizing presence while keeping a consistent, engineered look. It aims to deliver a futuristic, hard-edged aesthetic that remains legible in short bursts—names, labels, and interface-style copy—through strong silhouettes and simplified counters.
At text sizes the strong facets and dense strokes create a compact texture, while at larger sizes the chamfers and internal shapes become a defining stylistic detail. The design relies on consistent corner-cut logic across rounds and diagonals, which helps maintain cohesion in mixed-case settings and numeric strings.