Print Dalib 6 is a light, normal width, medium contrast, upright, normal x-height font.
Keywords: display, headlines, posters, packaging, children's books, whimsical, storybook, playful, folky, friendly, hand-lettered feel, friendly voice, decorative readability, craft aesthetic, calligraphic, humanist, tapered, curvilinear, soft.
A lively, hand-drawn print style with gently tapered strokes and subtly calligraphic modulation. Letterforms are built from smooth curves and narrow joins, with frequent hook-like terminals and occasional flared or teardrop endings that give strokes a brush-pen feel. Proportions are slightly irregular by design, and spacing has a natural, handwritten rhythm—especially visible in the varied widths of rounded forms and the animated diagonals in letters like k, v, w, and x. Uppercase shapes are open and expressive, while the lowercase keeps a readable, simple structure with single-storey forms and minimal ornamentation.
Best suited for short-to-medium display settings where its handcrafted character can be appreciated: titles, headlines, posters, book covers, packaging, and brand accents. It can also work for pull quotes or section headings in editorial layouts when paired with a more neutral text face for body copy.
The overall tone is warm and personable, leaning whimsical and storybook rather than formal. Its gentle swells, looping terminals, and uneven hand-made cadence suggest a crafted, approachable voice suited to lighthearted or imaginative content.
The design appears intended to mimic neat, decorative hand lettering: readable and consistent, but intentionally organic. Its tapered strokes and hooked terminals aim to add charm and personality while keeping letterforms clear for attention-grabbing display use.
The font maintains consistent stroke behavior across caps, lowercase, and numerals, with distinctive curved terminals that help unify the set. Numerals echo the same handwritten logic, featuring rounded bowls and softly curved spines that feel integrated with the alphabet rather than mechanically constructed.