Slab Square Peku 15 is a regular weight, wide, low contrast, upright, normal x-height, monospaced font visually similar to 'Electrica' by Scannerlicker (names referenced only for comparison).
Keywords: code, tables, forms, manuals, labels, typewriter, utilitarian, industrial, editorial, retro, legibility, utility, typewriter feel, structured rhythm, sturdy tone, slab serif, blocky, square terminals, robust, mechanical.
A sturdy slab-serif design with broad proportions and a compact, rectangular footprint. Strokes are low-contrast and consistently weighted, with square-ended terminals and firm, bracketless slab serifs that create a strong horizontal emphasis. Curves are kept tight and pragmatic, counters are fairly open, and the overall rhythm is steady and even, reinforcing a measured, grid-like texture in text.
Well-suited to settings that benefit from consistent character widths and strong separation between glyphs, such as code snippets, tabular data, forms, and technical documentation. It also works effectively for labels, packaging copy, and editorial sidebars where a firm, structured texture and robust letterforms help maintain clarity at small to medium sizes.
The tone reads practical and workmanlike, evoking typewriter and office-document conventions with a slightly industrial edge. Its bold, no-nonsense shapes feel dependable and matter-of-fact rather than expressive or delicate, lending a straightforward, archival character to headings and copy alike.
The design appears intended to deliver a durable slab-serif voice with a controlled, grid-friendly cadence, prioritizing straightforward legibility and a stable typographic color. Its square terminals and strong serifs suggest a deliberate nod to typewriter and industrial printing aesthetics while remaining clean and systematic.
Numbers are heavy and highly legible, with simple, geometric construction that matches the square terminal logic of the letters. The lowercase maintains a clear, functional skeleton with minimal flourish, keeping emphasis on clarity and uniformity across lines.