Slab Unbracketed Tikof 11 is a very light, normal width, low contrast, upright, normal x-height font visually similar to 'Kairos' by Monotype (names referenced only for comparison).
Keywords: headlines, posters, branding, signage, packaging, technical, industrial, architectural, mechanical, precise, draft aesthetic, geometric styling, system lettering, retro-tech, octagonal, monolinear, angular, crisp, drafting.
A very light, monoline construction with crisp, square slab serifs and frequent chamfered corners that give many bowls and curves an octagonal feel. Strokes stay even and clean, with flat terminals and a slightly condensed, orderly rhythm in text. Uppercase forms are tall and structured, while the lowercase keeps a simple, utilitarian skeleton; counters are open and geometry-forward rather than calligraphic. Numerals and round letters echo the same faceted contouring, maintaining a consistent, engineered texture across the set.
Best suited to display settings where its chamfered geometry can be appreciated—headlines, poster typography, logos, and packaging. It can also work for signage or labeling systems that benefit from a precise, engineered look, especially when set with generous size and spacing.
The overall tone feels technical and industrial, like lettering from drafting, labeling, or schematic contexts. Its sharp corners and thin, disciplined strokes read as precise and methodical, with a subtle retro-machined flavor rather than warm or expressive handwriting.
The design appears intended to merge classic slab-serif structure with a faceted, drafted geometry, producing a lightweight display face that feels measured and mechanical. Its consistent angles and square joins suggest an emphasis on systematized shapes and repeatable construction over organic curves.
The repeated use of straight segments to approximate curves creates a distinctive faceted silhouette that becomes more apparent at larger sizes. In paragraph settings the thin strokes and hard joins produce a crisp, airy color, while the slab serifs help preserve structure and alignment across lines.