Print Jebiy 2 is a very bold, normal width, low contrast, upright, normal x-height font visually similar to 'Knicknack' by Great Scott (names referenced only for comparison).
Keywords: kids branding, packaging, posters, headlines, stickers, playful, friendly, bouncy, whimsical, casual, hand-drawn charm, cheerful impact, approachability, display emphasis, rounded, blobby, chunky, soft, organic.
A chunky, rounded display face with an intentionally hand-drawn feel. Strokes are thick and softly swollen, with blunted terminals and smoothly curved joins that give letters a puffy, "blobby" silhouette. Curves tend to be slightly irregular, and the overall rhythm is lively rather than rigidly geometric; counters are compact and sometimes asymmetrical, and details like the dot on i/j are large and circular. Uppercase forms are bold and simple, while lowercase keeps a similarly heavy, rounded structure with a single-storey a and g and a generally compact, friendly texture.
Best suited to display settings where personality matters: children’s products, playful packaging, event posters, social graphics, and attention-grabbing headlines. It also works well for labels, stickers, and short UI accents where a friendly, handcrafted tone is desired.
The tone is upbeat and approachable, with a kid-friendly, comic warmth. Its soft massing and gentle irregularities read as cheerful and informal, suggesting handcrafted signage, playful branding, and lighthearted messaging rather than formality or restraint.
The design appears intended to mimic bold marker or brush lettering in a simplified, highly rounded style, prioritizing warmth and immediate impact over precision. It aims to provide a playful, approachable voice with strong silhouettes that read quickly in display contexts.
The heavy fill and small interior counters can reduce clarity at smaller sizes or in long passages, but the strong silhouettes hold up well for short phrases. The overall impression is consistent across letters and numerals, with intentionally uneven, hand-inked energy rather than mechanical uniformity.