Print Ufnuk 7 is a bold, narrow, high contrast, upright, short x-height font.
Keywords: posters, packaging, social graphics, headlines, greeting cards, playful, handmade, friendly, casual, crafty, handmade feel, casual display, friendly branding, craft aesthetic, brushy, rounded, bouncy, quirky, chunky.
A lively, brush-pen style print with unconnected letters and a visibly hand-drawn rhythm. Strokes are thick and rounded with pronounced swelling and tapering, creating a soft, inky texture and occasional irregular edges. Proportions are compact and slightly condensed, with a relatively low x-height and generous ascenders that add vertical bounce. Counters are mostly open and rounded, and the overall spacing feels natural rather than mechanically even, reinforcing the informal, made-by-hand character.
Best suited for display settings where a casual, hand-lettered feel is desired—such as posters, product packaging, café or event signage, and social media graphics. It also works well for short headlines, quotes, and greeting-card style messaging, especially when you want a bold handwritten presence without connecting script strokes.
The font reads warm and approachable, with a cheerful, spontaneous tone that feels like marker lettering on a note, menu board, or craft label. Its uneven brush pressure and buoyant shapes give it personality and a lighthearted, human presence rather than a polished corporate voice.
The design appears intended to capture the immediacy of brush or marker lettering in a legible, print-like alphabet. It prioritizes personality, texture, and energetic rhythm over strict geometric consistency, aiming for an approachable display voice that feels handcrafted.
Capitals are simple and bold with minimal flourish, while lowercase forms lean toward single-story, handwritten constructions that emphasize friendliness. Numerals follow the same brush logic, appearing sturdy and slightly quirky, which helps maintain consistency in mixed text. The texture becomes a key part of the look at larger sizes, where stroke modulation and rounded terminals are most apparent.