Print Radun 15 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, logos, headlines, playful, bubbly, friendly, quirky, retro, playful display, friendly branding, bold impact, informal tone, rounded, blobby, chubby, soft terminals, cartoonish.
A chunky, rounded display face with blobby silhouettes and softly swollen strokes. Letterforms are built from simple, bulbous shapes with minimal contrast, generous curves, and rounded terminals that feel almost molded rather than drawn with a pen. The rhythm is lively and slightly irregular, with variable character widths and small asymmetries that keep the texture informal while remaining consistently heavy and legible. Counters are compact and organic, and joins often pinch slightly, adding a hand-formed, bouncy character.
Best suited for short, high-impact text where warmth and personality are desirable—children’s projects, playful branding, packaging, event flyers, stickers, and bold social graphics. It can also work for logo wordmarks and headline lines where a soft, friendly presence is needed, but it’s less appropriate for dense paragraphs or understated editorial typography.
The font projects a cheerful, humorous tone that reads as approachable and kid-friendly. Its inflated shapes and soft edges give it a warm, snack-pack/cartoon energy with a subtle retro novelty vibe, making text feel casual and lighthearted rather than formal or technical.
The design appears intended to deliver maximum friendliness and visibility through rounded, heavy forms and a hand-made, informal texture. Its consistent chunky construction suggests a focus on memorable display use—creating a fun, approachable voice that stands out quickly.
Uppercase and lowercase share the same rounded, weighty construction, helping mixed-case settings maintain a uniform, cushioned color on the page. The numerals match the same soft, chunky style and are optimized for impact rather than tight, small-size reading.