Slab Rounded Abbo 1 is a regular weight, wide, low contrast, upright, normal x-height font.
Keywords: editorial, branding, packaging, headlines, posters, friendly, retro, approachable, bookish, softened, soften slab serif, retro warmth, readable display, approachable tone, rounded serifs, soft corners, bracketed slabs, generous spacing, open counters.
A serif design with sturdy slab-like serifs that are noticeably rounded and softly bracketed into the stems, giving the forms a cushioned feel. Strokes stay fairly even, with subtle modulation and smooth transitions, and the overall proportions read as comfortably wide. Curves are full and open, with round bowls and open apertures that keep the texture from getting dense. The lowercase shows a single-storey “a” and “g,” short, rounded terminals, and a generally even, steady rhythm across text and numerals.
Works well for editorial headlines and subheads where you want a solid serif presence with a friendlier edge. The softened slabs and open shapes also suit branding and packaging, especially for heritage-leaning or approachable products. At larger sizes it performs strongly in posters and display settings where the rounded details can be appreciated.
The rounded slab construction gives the face a warm, personable tone that nods to vintage print and mid-century editorial typography without feeling harsh or mechanical. It feels confident and legible, but softened—more friendly than formal—making it suitable for inviting, human-centered communication.
Likely designed to blend the sturdiness and clarity of a slab serif with rounded, inviting detailing for a more approachable voice. The goal appears to be a readable, versatile text-and-display face that can evoke retro warmth while staying clean and contemporary in setting.
In the text sample, the type sets with a clear, even color and a slightly bouncy, informal charm from the rounded details. The figures appear sturdy and readable, matching the letterforms’ softened slab treatment and maintaining consistency at display sizes.