Slab Square Pobo 9 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: posters, headlines, signage, packaging, logos, industrial, utilitarian, retro, sturdy, mechanical, impact, structure, ruggedness, legibility, square serif, blocky, angular, ink-trap details, chamfered corners.
A heavy, block-constructed slab serif with mostly square curves and flattened bowls, giving the letterforms a rectilinear, engineered look. Strokes are consistently thick with minimal contrast, and joins are crisp, often with small chamfers that keep corners from feeling brittle. Many glyphs show compact, geometric counters and subtle notches/ink-trap-like cut-ins at tight interior corners, boosting clarity at display sizes. Serifs are robust and straight, with flat terminals that reinforce a rigid, modular rhythm across caps, lowercase, and numerals.
Best suited to display applications where strong structure and high impact are needed: posters, headlines, brand marks, labels, and bold packaging. Its squared slabs and compact counters also make it a natural fit for wayfinding, placards, and industrial-themed graphics where a robust, no-nonsense voice is desired.
The overall tone is tough and workmanlike, with a slightly retro, industrial flavor. Its squared geometry and assertive slabs read as confident and mechanical, suggesting signage, hardware, and stamped or fabricated lettering rather than delicate editorial typography.
The design appears intended to deliver a durable slab-serif voice with a distinctly squared, engineered silhouette. By combining thick, consistent strokes with flat-ended serifs and occasional interior cut-ins, it aims for high visual authority and clear shapes in attention-grabbing settings.
Capitals are broad and commanding, while the lowercase keeps the same squared construction for a cohesive system-wide feel. The numerals follow the same boxy logic, with angular curves and strong horizontal/vertical emphasis. In text settings it maintains a pronounced, punchy texture, prioritizing presence and structure over softness.