Print Anbip 3 is a light, very narrow, low contrast, upright, short x-height font.
Keywords: kids branding, packaging, posters, social graphics, captions, playful, casual, friendly, quirky, youthful, human warmth, casual readability, playful tone, handmade feel, monoline, rounded, hand-drawn, bouncy, informal.
A monoline, hand-drawn print with softly rounded terminals and gently irregular stroke behavior. Letterforms are compact and narrow with a lively, uneven rhythm, showing subtle wobble in stems, slight baseline bounce, and variable sidebearings that keep the texture organic. Curves are simple and open, counters are modest and sometimes asymmetrical, and joins tend to be blunt rather than calligraphic. Numerals and capitals follow the same relaxed construction, maintaining consistent thickness and a sketch-like steadiness across the set.
Well-suited to playful branding and packaging, children’s or hobby-oriented projects, informal posters, and social media graphics where a personable handwritten feel is desirable. It can work for short paragraphs, captions, and pull quotes when a friendly, casual tone is needed, and it also performs nicely in headings where its narrow proportions help fit longer phrases.
The overall tone is warm and approachable, with a lighthearted, doodled personality. Its slightly offbeat shapes read as human and conversational, suggesting spontaneity rather than precision. The narrow, tidy footprint keeps it nimble while the irregularities add charm and humor.
The font appears designed to mimic neat, quick hand-printing—more polished than a rough sketch, but intentionally imperfect to preserve a human voice. Its narrow build and simple, rounded construction suggest an aim for easy readability while retaining a distinctive, whimsical character.
The design stays unconnected and legible at text sizes, but the hand-drawn variance is always present, giving lines a lively texture. Ascenders are relatively prominent against a compact lowercase, and rounded forms (like O/Q/C) emphasize softness over geometry.