Slab Square Opti 7 is a light, wide, medium contrast, upright, normal x-height font.
Keywords: headlines, posters, branding, editorial, packaging, technical, quirky, retro, geometric, distinctive texture, modular styling, display impact, retro-modern blend, monolinear, square serifs, stencil-like, bracketless, crisp.
A light serif design with crisp, square slab-like terminals and a generally monolinear feel. Curves are clean and fairly geometric, while many strokes end in small square blocks that read like unbracketed slabs or pin-like caps. The rhythm is open and spacious, with broad letterforms and clear counters; round glyphs stay smooth but pick up squared-off details where stems and terminals meet. In text, the repeated square terminals create a strong horizontal cadence and a slightly modular, constructed appearance.
This face works best where its terminal pattern can be appreciated: headlines, posters, branding wordmarks, and editorial titling. It can also add a distinctive voice to packaging and short pull quotes, especially at medium-to-large sizes where the squared terminals remain crisp and intentional.
The overall tone feels technical and experimental, mixing a classic serif skeleton with deliberate, squared terminal accents. It comes across as retro-futurist and slightly playful—orderly in structure but idiosyncratic in its terminal treatment—giving layouts a distinctive, designed-from-parts personality.
The design appears intended to reinterpret a slab-serif foundation through a modular, square-ended terminal system that creates a recognizable texture. It aims to balance readability with a constructed, graphic signature suitable for attention-grabbing display typography.
The square terminal blocks are especially noticeable on vertical stems and at baseline/capline contact points, producing a dotted, pegged texture in continuous reading. Uppercase maintains a poised, display-like presence, while lowercase stays legible but gains character from the prominent terminal treatment and simplified, geometric curves.