Slab Square Pohi 1 is a very bold, very narrow, low contrast, upright, normal x-height font visually similar to 'Dharma Slab' by Dharma Type, 'Akkordeon Slab' by Emtype Foundry, 'Gravtrac' by Typodermic, and 'Winner' by sportsfonts (names referenced only for comparison).
Keywords: headlines, posters, signage, packaging, logos, industrial, western, poster, assertive, retro, compact impact, rugged display, vintage signage, brand presence, blocky, condensed, squared, slabbed, angular.
A condensed, heavy display face built from straight strokes and squared curves, with broad slab-like feet and caps. Corners are frequently chamfered, giving counters and terminals an octagonal, machined feel rather than soft rounding. Strokes are monoline in character, producing a dark, even texture with minimal modulation, and the proportions emphasize height over width for a tightly packed rhythm. Numerals and capitals read particularly sturdy and architectural, while the lowercase maintains the same rigid geometry and compact spacing.
Best suited for headlines, posters, labels, and signage where strong vertical emphasis and dense color are assets. It can also work for logotypes, badges, and packaging panels that benefit from a sturdy, old-style display presence, especially at medium to large sizes.
The overall tone is bold and no-nonsense, with a vintage utility flavor that can read as Western-influenced or industrial depending on context. Its compressed, blocky shapes project strength and urgency, making it feel more like signage and headlines than quiet text.
The design appears intended to deliver maximum impact in a compact width, combining squared construction with slabbed terminals and chamfered details for a tough, crafted look. The consistent stroke weight and rigid geometry suggest a focus on bold display settings and clear, assertive branding.
The face relies on hard edges, flat terminals, and clipped corners to maintain a consistent, rugged silhouette across the character set. The dense color and narrow forms increase impact at large sizes, but can reduce differentiation in longer passages if set too tight.