Print Lalab 9 is a very bold, very narrow, low contrast, upright, normal x-height font visually similar to 'Gravitica Compressed' by Ckhans Fonts, 'Daily Tabloid JNL' and 'Final Edition JNL' by Jeff Levine, 'Balboa Plus' by Parkinson, and 'Jealous Mint' by PizzaDude.dk (names referenced only for comparison).
Keywords: headlines, posters, packaging, kids, stickers, playful, friendly, quirky, retro, chunky, approachability, impact, handmade charm, playful branding, display readability, rounded, soft, bouncy, blobby, compact.
A heavy, compact handwritten print with rounded, bulbous strokes and softly tapered terminals. Letterforms are upright with simplified construction and minimal internal detailing, creating solid, inked-in silhouettes. Curves are generous and corners are consistently softened, while stroke endings often swell slightly, giving a marker-like, handmade feel. Spacing is fairly open for the weight, helping counters remain readable despite the dense shapes.
Best suited for short display copy such as headlines, posters, packaging callouts, and playful branding where a bold, friendly handwritten presence is desired. It can also work well for children’s materials, crafts, and sticker-style graphics, while longer paragraphs may feel heavy due to the dense stroke weight.
The overall tone is upbeat and approachable, with a humorous, slightly retro cartoon energy. Its bouncy rhythm and soft shapes feel informal and personable rather than precise or technical, suggesting a lighthearted voice that draws attention without feeling aggressive.
Likely designed to deliver an informal, hand-drawn print voice with maximum visual punch. The rounded, simplified forms and chunky stroke presence prioritize personality and instant readability in display contexts.
In text, the strong black mass produces high impact and a steady texture, with distinctive, slightly idiosyncratic shapes that emphasize the hand-drawn character. The font favors simple, confident forms over strict geometric consistency, which adds charm and warmth at display sizes.