Slab Rounded Teba 10 is a regular weight, normal width, monoline, upright, normal x-height, monospaced font.
Keywords: code, terminal ui, ui labels, tables, forms, typewriter, retro, utilitarian, technical, friendly, fixed-width clarity, typewriter feel, softened slabs, durable legibility, slab serifs, rounded serifs, soft corners, ink-trap feel, high contrast joins.
A monospaced slab-serif design with sturdy, rectangular letterforms and noticeably softened corners. Strokes keep a consistent thickness, while terminals and serifs are heavy and rounded, giving the shapes a cushioned, stamped look rather than sharp, chiseled edges. Curves (C, G, O, Q, a, e) are broad and open, and joins often flare slightly, creating an ink-trap-like impression in tight interior corners. Numerals are clear and compact, with a prominent base on figures like 1 and 4 and generous bowls on 6, 8, and 9.
Best suited to monospaced contexts such as code editors, terminal-style interfaces, tabular layouts, and aligned text where consistent character widths are important. The hefty rounded slabs also work well for short UI labels, specs, and documentation headings that benefit from a durable, legible texture.
The tone reads as classic typewriter and workmanlike, with a warm, approachable softness from the rounded slab details. It suggests practicality and reliability, with a subtly nostalgic, mechanical rhythm well suited to text that should feel straightforward and unpretentious.
The design appears intended to deliver dependable legibility in fixed-width settings while adding a softer, more personable voice than a strictly rigid industrial slab. The rounded slab terminals and sturdy construction aim to preserve clarity and alignment without feeling harsh or overly technical.
The face maintains strong horizontal emphasis through thick serifs and stable baselines, producing an even, blocky texture in paragraph settings. Lowercase forms lean toward simple, readable constructions (single-storey a and g), and punctuation and dots appear robust enough to hold up in dense, grid-like layouts.