Slab Square Veso 2 is a very light, wide, low contrast, upright, normal x-height, monospaced font.
Keywords: code samples, ui labels, tables, captions, technical docs, technical, drafting, academic, understated, utilitarian, precision, clarity, systematic, engineering, hairline, slab serif, square terminals, chamfered corners, octagonal curves.
A hairline slab-serif design with square-ended strokes and small, blocky serifs that read as crisp caps rather than bracketed transitions. Curved forms are built from subtly chamfered, multi-faceted arcs, giving bowls and rounds an octagonal, engineered feel. Strokes remain even and spare, with generous interior counters and consistent sidebearings that reinforce a steady, measured rhythm across lines. The overall texture is airy and precise, with clean joins and a slightly geometric construction that stays consistent from capitals through figures.
Well-suited for situations that benefit from uniform spacing and a crisp, engineered look: code snippets, terminal-style UI, tables, forms, diagrams, and technical documentation. It also works for small headings or captions where a light, precise texture is desired and spacing regularity aids scanning.
The font conveys a technical, methodical tone—more like measured lettering or diagram labels than expressive editorial type. Its restrained thinness and faceted curves suggest precision and neutrality, while the slab serifs add a hint of classic print formality without becoming decorative.
The design appears intended to deliver a clean, technical reading experience with consistent spacing and a restrained slab-serif structure. Its chamfered, polygonal curves and square terminals emphasize constructed geometry and clarity, suggesting a focus on systematic layout and labeling rather than expressive typography.
The faceted treatment is especially noticeable in O/C/G-style shapes and in the round figures, which appear polygonal rather than truly circular. The combination of hairline strokes and square terminals keeps word shapes crisp but can look delicate at very small sizes or on low-resolution output.