Slab Rounded Telo 3 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: packaging, editorial, children’s books, branding, posters, friendly, retro, approachable, bookish, craft, soften slab, increase friendliness, improve readability, add nostalgia, rounded serifs, soft corners, low contrast, generous spacing, sturdy.
A soft-edged slab serif with low contrast strokes and heavily rounded corners throughout. Serifs are blocky yet cushioned, giving terminals a pill-like finish rather than sharp brackets. The forms are open and readable, with moderate proportions, a relatively tall lowercase presence, and comfortably wide counters (notably in o/e). Curves are smooth and consistent, while joins and shoulders keep a sturdy, slightly chunky rhythm that holds up well at text and display sizes.
Works well for packaging, labels, and brand identities that want a trustworthy but gentle serif. It also suits editorial headlines, pull quotes, and short-to-medium text where a rounded, retro-leaning texture adds personality without sacrificing clarity. The sturdy shapes make it effective in posters and signage when a friendly, approachable voice is needed.
The overall tone feels warm and familiar, combining a classic serif structure with rounded detailing that softens the voice. It suggests a casual, human, slightly nostalgic character—more inviting than formal—while still reading as dependable and structured.
Likely designed to blend the familiarity of a slab serif with softened, rounded terminals to create an inviting, contemporary-friendly reading experience. The consistent stroke weight and cushioned detailing suggest an emphasis on legibility and warmth across both display and text applications.
Capitals show stable, traditional silhouettes with softened slab terminals, while the lowercase keeps a friendly texture; the single-storey g and the rounded ear/terminal treatment reinforce the informal feel. Numerals match the same softened slab logic, appearing solid and legible with rounded ends that reduce harshness in dense settings.