Print Pulaj 4 is a bold, normal width, medium contrast, upright, short x-height font visually similar to 'CalliSans' by 38-lineart (names referenced only for comparison).
Keywords: posters, headlines, packaging, kids, signage, playful, handmade, lively, quirky, retro, handmade charm, friendly impact, expressive display, informal voice, brushy, chunky, bouncy, rounded, irregular.
This font has a hand-drawn, brush-like construction with chunky strokes, soft corners, and subtly uneven contours that preserve a made-by-hand feel. Letterforms lean mostly upright but show organic wobble in stems and bowls, with swelling terminals and occasional tapering that suggests a marker or brush. Proportions vary from glyph to glyph, creating an energetic rhythm; counters are generally open and rounded, and joins feel simplified rather than strictly calligraphic. The numerals match the same informal, weighty presence with smooth curves and slightly irregular silhouettes.
It works best for short, high-impact text such as posters, splashy headlines, packaging callouts, and playful signage where a handmade tone is desirable. The sturdy stroke weight also suits logos or badges that need a bold, friendly presence, especially at medium to large sizes.
The overall tone is friendly and casual, with a spirited, slightly mischievous character. Its bouncy shapes and variable proportions read as approachable and humorous rather than formal or technical, giving text a handcrafted, personal voice.
The design appears intended to mimic informal, brush- or marker-drawn print lettering while staying legible and cohesive across the alphabet. Its goal is expressive, characterful typography that adds warmth and personality to display text without relying on connected script forms.
Uppercase forms are assertive and compact, while lowercase shapes introduce more movement and idiosyncrasy, increasing the hand-rendered impression in longer text. In paragraphs, the texture is dense and animated due to the heavy strokes and irregular widths, which favors display sizing over extended reading.