Sans Contrasted Kibe 2 is a regular weight, wide, very high contrast, upright, normal x-height font.
Keywords: headlines, logotypes, posters, packaging, titles, futuristic, art deco, techy, playful, graphic, display impact, brand voice, retro futurism, graphic texture, stylized geometry, geometric, modular, bifurcated, stenciled, streamlined.
A geometric sans built from bold, rounded forms that are repeatedly sliced by thin horizontal gaps and hairline connections. Many letters read as two stacked masses separated by a narrow white band, creating a strong figure/ground effect and a distinctive “cut” midline across bowls and terminals. Straight stems are often reduced to slender verticals, while curves stay heavy and smooth, producing dramatic contrast within single glyphs. The overall construction feels modular and engineered, with wide capitals, circular O-forms, and compact, simplified counters that prioritize silhouette over internal detail.
Best suited for headlines, short taglines, logotypes, and poster-style typography where the segmented midline can read cleanly. It also fits entertainment, tech, and retro-futurist branding, as well as packaging and editorial titling that benefits from bold, graphic letterforms.
The recurring midline breaks and sleek geometry give the face a futuristic, display-forward personality with clear Art Deco echoes. It feels technical and stylized—more about visual attitude than neutrality—while the split forms add a slightly playful, sci‑fi title-card energy.
This font appears designed to reinterpret a geometric sans through consistent horizontal cutaways and extreme internal contrast, producing a distinctive, instantly recognizable texture. The goal seems to be maximum display impact and brandability via a modular, futuristic construction rather than understated text performance.
The design’s signature horizontal segmentation is highly consistent across uppercase, lowercase, and numerals, creating strong branding potential but also a pronounced texture in running text. Narrow hairline joins and gaps suggest it will reward larger sizes and high-contrast applications where the internal cuts remain clearly visible.