Slab Square Voris 3 is a very light, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, branding, signage, packaging, technical, architectural, futuristic, precise, clinical, geometric display, technical styling, constructed forms, modernist edge, octagonal, monoline, angular, skeletal, slab-serifed.
A monoline, outline-like serif design built from straight segments and crisp corners, with frequent chamfered (octagonal) turns on bowls and curves. Serifs read as squared slabs with minimal bracketing, and many terminals end in flat horizontal strokes that emphasize a constructed, modular feel. Counters are roomy and geometry-forward, with rounded forms replaced by faceted arcs (notably in C/G/O/Q and related lowercase). The rhythm is open and airy, with consistent stroke treatment and sharp joins that keep the texture light despite the strong serif signals.
Best suited to headlines, short passages, and large-size settings where the fine strokes and faceted detailing can be appreciated. It can work well for branding systems, event posters, product packaging, and environmental or wayfinding graphics that benefit from a technical, constructed voice.
The overall tone feels engineered and schematic—more like technical lettering or display titling than book typography. Its faceted curves and thin, plotted strokes evoke CAD drawings, sci‑fi interfaces, and architectural signage, giving the face a cool, precise, slightly retro-futurist personality.
The design appears intended to translate slab-serif letterforms into a geometric, machined aesthetic by replacing conventional curves with chamfered polygons and keeping stroke work extremely lean. The consistent faceting and squared serifs suggest an emphasis on modular construction and a distinctive display texture rather than traditional text comfort.
Diagonal letters (V/W/X/Y/Z) appear sharply drafted with long, straight diagonals, while numerals adopt the same octagonal logic (especially 0, 6, 8, 9). The lowercase maintains the same construction, with single-storey a and g forms and squared, minimal terminals that keep the set cohesive.