Print Ufbef 2 is a regular weight, very narrow, high contrast, upright, short x-height font.
Keywords: headlines, posters, packaging, greeting cards, children’s books, playful, whimsical, handmade, quirky, friendly, handmade warmth, casual clarity, friendly tone, playful display, personal notes, monoline feel, tapered terminals, rounded forms, bouncy rhythm, casual.
This font presents an informal, hand-drawn print style with slender, slightly wobbly strokes and noticeable flare or taper at many terminals. Letterforms are generally upright with a lively, uneven rhythm, mixing rounded bowls with occasional angular joins and subtly varied stroke endings that feel like pen pressure. Curves are smooth but not mechanically perfect, and spacing feels organic, giving lines of text a gently bouncing texture rather than a rigid grid. Capitals are simple and open, while lowercase forms keep a compact presence with modest ascenders and descenders that add sparkle without becoming ornate.
It works best for short-to-medium display text where its handmade personality can be appreciated—posters, titles, packaging callouts, greeting cards, craft branding, and kid-friendly materials. For long passages, it’s most effective in larger sizes with comfortable line spacing to preserve the airy, handwritten rhythm.
The overall tone is lighthearted and approachable, like quick, neat handwriting on a note or classroom poster. Its imperfect consistency reads as personable and human, balancing clarity with a playful, quirky charm.
The design appears intended to mimic tidy, informal hand lettering: readable and uncomplicated, yet expressive through subtle stroke taper, uneven geometry, and a relaxed baseline feel. It aims to deliver warmth and individuality without becoming cursive or heavily stylized.
Several glyphs show distinctive, slightly decorative stroke finishes (notably in curved letters and some diagonals), which adds character at display sizes. The numerals match the same hand-drawn logic and remain clean and legible, with simple shapes and soft modulation at the ends.