Sans Faceted Tiko 6 is a bold, very wide, monoline, upright, tall x-height font.
Keywords: headlines, posters, branding, logotypes, packaging, techno, industrial, sci-fi, retro digital, assertive, futuristic tone, mechanical clarity, modular system, display impact, octagonal, square-rounded, modular, geometric, stencil-like.
A faceted geometric sans with squared, chamfered corners and flat terminals that substitute curves with crisp planar cuts. Strokes maintain a consistent thickness, producing an engineered, modular rhythm; bowls and counters tend toward rectangular forms, and diagonals appear as clipped joins rather than smooth transitions. The overall footprint is expansive, with broad letterforms and a tall lowercase structure that keeps interior spaces open and legible. Numerals and capitals share the same angular construction, reinforcing a cohesive, technical texture in setting.
Best suited to display typography where its faceted construction can be appreciated—headlines, posters, title cards, product branding, and packaging with a tech-forward aesthetic. It also works well for UI mockups, labels, and signage-inspired graphics when a mechanical, angular voice is desired.
The design reads as futuristic and utilitarian, evoking hardware labeling, arcade-era interfaces, and sci‑fi UI typography. Its rigid geometry and cut-corner detailing create a confident, mechanical tone with a distinctly digital edge.
Likely designed to deliver a contemporary, tech-leaning sans that replaces curves with controlled facets, balancing a digital/industrial mood with straightforward readability. The consistent stroke and modular shapes suggest an intention to feel systematic and engineered while staying clear in short to medium text settings.
The typeface relies on chamfers at corners and joints to control sharpness, which keeps dense text from looking overly spiky while preserving a hard-edged personality. Wide forms and generous counters help maintain clarity, but the strong geometric styling remains a dominant visual feature at display sizes.