Serif Normal Laka 10 is a regular weight, normal width, medium contrast, upright, normal x-height font visually similar to 'FF Yoga' by FontFont, 'Marat' by Ludwig Type, 'Artigo' by Nova Type Foundry, and 'Carole Serif' by Schriftlabor (names referenced only for comparison).
Keywords: books, editorial, magazines, newspapers, academic, traditional, bookish, formal, trustworthy, text readability, classic tone, editorial utility, general purpose, bracketed, crisp, refined, balanced, highly legible.
A conventional serif with bracketed, moderately sized serifs and clear thick–thin modulation. The design shows sturdy vertical stems, rounded bowls, and smooth curves with slightly sharpened terminals that keep the texture crisp. Capitals feel stately and evenly proportioned, while the lowercase is compact and readable, with familiar forms (double‑storey a and g) and straightforward punctuation-like detailing in the dots and joins. Numerals align well with the overall color, appearing clear and traditionally shaped for text settings.
Well suited to body copy in books and editorial layouts where sustained readability and a traditional tone are desired. It also fits reports, academic material, and classic branding or headings that benefit from a familiar serif voice without heavy ornamentation.
The overall tone is classic and dependable, evoking established publishing and academic typography rather than novelty. It reads as composed and authoritative, with a calm rhythm that suits long-form content. The character leans more literary than technical, giving text a familiar, cultivated voice.
The design appears intended as a general-purpose text serif that prioritizes clarity and conventional proportions, offering a steady reading rhythm and a restrained, professional personality.
Stroke endings and serifs stay consistent across the alphabet, producing an even, continuous text color in the sample paragraph. Curved letters retain a gentle, bookish roundness while maintaining crisp edges, and the spacing appears tuned for paragraph reading rather than display eccentricity.