Bubble Duti 7 is a very bold, wide, low contrast, upright, tall x-height font.
Keywords: kids branding, posters, packaging, stickers, social graphics, playful, cheerful, friendly, bouncy, cartoon, fun tone, soft impact, headline use, kid appeal, rounded, puffy, chunky, soft, blobby.
A heavy, rounded display face with puffy, inflated strokes and smoothly bulbous terminals. Forms are built from soft, almost pillowy shapes with minimal internal counters, producing a high-ink, compact texture in words. The silhouette is intentionally irregular—curves swell and pinch subtly, and join behavior feels hand-shaped rather than geometric. Letterspacing appears comfortable at display sizes, with a consistent, sponge-like rhythm across caps, lowercase, and figures.
This font works best for display applications like children’s products, playful brand identities, event posters, and bold packaging callouts where a soft, friendly voice is needed. It’s also well-suited to stickers, headings, and short social graphics where the chunky shapes can remain clear and expressive. Use generous sizing and avoid dense text blocks to preserve clarity.
The font projects an upbeat, childlike warmth with a toy-like, candy-coated presence. Its bubbly massing and softened corners create an inviting tone that reads as casual, humorous, and approachable rather than serious or technical. The overall feel is energetic and friendly, suited to lighthearted messaging.
The design appears intended to deliver maximum approachability through inflated, rounded letterforms and a deliberately imperfect, hand-molded feel. By prioritizing bold silhouettes and soft geometry, it aims to create instant visual charm and a fun, casual personality in headlines and branding.
Uppercase and lowercase maintain the same rounded construction, with simplified details and small counters that emphasize the solid, blobby silhouettes. Numerals follow the same inflated logic, keeping the set visually unified for headings and short bursts of text. The style favors immediate impact over fine differentiation, making it most effective when given room and size.