Print Ubmaz 15 is a bold, narrow, medium contrast, upright, short x-height font.
Keywords: posters, packaging, branding, headlines, greeting cards, playful, folksy, casual, whimsical, hand-drawn, handmade feel, friendly impact, informal display, craft aesthetic, rounded, bouncy, chunky, soft terminals, slightly irregular.
A lively hand-drawn print with thick, slightly uneven strokes and softly flared, brush-like terminals. Letterforms are compact and often tall relative to their width, with a gently bouncy baseline and small variations in stroke direction that keep the texture organic. Counters are generally tight and rounded, and curves tend to be simplified into confident, single-stroke shapes rather than polished geometric construction. Overall spacing feels informal and rhythmic, favoring a dense, dark color that holds together well in short bursts of text.
Best suited for display applications such as posters, titles, packaging, and brand marks that benefit from a handmade, friendly tone. It can work for short-to-medium snippets of text (quotes, captions, craft labels), but its dense strokes and quirky rhythm will be most effective when given adequate size and breathing room.
The font communicates an approachable, crafty personality—friendly and a bit quirky rather than polished or corporate. Its uneven ink-like edges and buoyant rhythm suggest handmade signage, journaling, and playful packaging, giving text a warm, personal voice.
The design appears intended to mimic confident marker or brush lettering in an unconnected print style—prioritizing warmth, informality, and visual personality over mechanical consistency. Its compact shapes and dark texture aim to create immediate impact while retaining a human, hand-drawn feel.
Uppercase and lowercase share a consistent hand-rendered logic, with occasional idiosyncratic details (notably in looped letters and the numerals) that add charm. The numerals match the letterforms’ chunky, brushed presence, making them suitable for display use where character is more important than strict uniformity.