Sans Faceted Koty 7 is a very bold, wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, esports, game ui, futuristic, aggressive, techy, gaming, industrial, sci‑fi styling, impactful display, geometric system, brand distinctiveness, angular, faceted, blocky, geometric, sharp.
A heavy, faceted display sans built from straight strokes and sharp planar joins, with corners frequently cut into chamfered points and wedge-like terminals. The letterforms lean on broad horizontal bars, sturdy verticals, and hard diagonals; rounded shapes are simplified into polygonal bowls and notches rather than true curves. Counters tend to be compact and angular, giving the face a dense, high-impact texture, while widths vary noticeably across glyphs for a dynamic, interlocking rhythm. Numerals and capitals follow the same chiseled construction, maintaining consistent stroke mass and crisp edge definition across the set.
Best suited for display applications such as headlines, posters, branding marks, titles, and game or tech interface elements where a bold, angular voice is desired. It can also work for badges, packaging callouts, and short labeling, particularly when ample size and spacing preserve the interior shapes.
The overall tone is assertive and high-energy, evoking sci‑fi interfaces, arcade aesthetics, and hard-edged industrial labeling. Its sharp geometry reads as tactical and mechanical, with a slightly menacing, competitive feel that suits action-oriented themes.
The design appears intended to translate a chiseled, polygonal motif into a practical sans alphabet, prioritizing strong silhouettes and a cohesive faceted vocabulary. Its construction suggests a goal of delivering a futuristic, hard-surface look that remains systematic across letters and numerals.
At text sizes the angular cuts and tight apertures can reduce clarity, especially where interior notches and pointed joins create similar silhouettes. The strongest impact comes from short words and large settings where the faceted construction and distinctive terminals are most legible.