Sans Faceted Kozu 2 is a bold, very wide, low contrast, upright, tall x-height font.
Keywords: headlines, logos, posters, packaging, gaming ui, techno, futuristic, industrial, sci‑fi, sporty, futurism, impact, systematic, branding, display, rounded corners, stencil cuts, squared forms, angular, blocky.
A heavy, squared sans with wide proportions and a tall x-height, built from flattened curves and hard planar turns. Strokes are monolinear and end in rounded-rectangle terminals, with frequent notched or cut-in joins that create a subtle stencil-like segmentation in bowls and corners. Counters are compact and often squarish, and the overall rhythm is tight and mechanical, emphasizing horizontal and vertical structure with occasional diagonal facets (notably in letters like N and Z). The figures follow the same modular geometry, with squared bowls and consistent cut details that keep the set visually unified.
Best suited to display settings where its geometry and corner cuts can be appreciated: headlines, branding marks, posters, product packaging, and game or tech UI titling. It can work for short blocks of text at larger sizes, but the dense counters and stylized joins make it more effective for impact and identity than for long-form reading.
The face reads as futuristic and engineered, with an industrial, tech-interface tone. Its segmented corners and squared apertures suggest machinery, digital dashboards, and sci-fi branding rather than editorial warmth.
The design appears intended to deliver a compact, modular, tech-forward voice by combining squared silhouettes with faceted turns and small stencil-like separations. The consistent corner treatment and unified construction across cases suggest an emphasis on system-like coherence and strong brand recognition.
Uppercase and lowercase share a strongly unified construction, with the lowercase leaning toward single-storey, simplified forms that prioritize pattern and uniform texture over traditional calligraphic cues. The cut-ins inside corners act as distinctive identifying details and help prevent large black masses at display sizes.