Print Angun 11 is a regular weight, very narrow, low contrast, upright, very short x-height font.
Keywords: packaging, posters, social media, greeting cards, classroom, friendly, playful, casual, handmade, approachable, approachability, handwritten feel, everyday notes, lighthearted tone, readability, monoline, rounded, loopy, bouncy, quirky.
This font presents a clean, hand-drawn print style with monoline strokes and softly rounded terminals. Letterforms are tall and slim, with a gentle, bouncy rhythm created by slight irregularities in curves, joins, and stroke endings. Shapes stay largely open and legible—bowls are roomy, counters are clear, and the overall construction avoids heavy texture—while maintaining a natural, marker-like steadiness. Uppercase forms are simple and airy, and the lowercase keeps a compact core with occasional long ascenders and descenders that add vertical liveliness.
It suits short to medium-length text where an inviting, handmade voice is desired—such as packaging, posters, event materials, social graphics, and greeting cards. It can also work well for educational or kid-friendly contexts, headers, captions, and label-style applications where an informal print handwriting look supports the message.
The tone is informal and upbeat, suggesting quick handwritten notes or friendly signage. Its light, relaxed construction feels personable rather than polished, with a mild quirkiness that reads as human and conversational.
The design appears intended to capture an easy, everyday handwriting character in a tidy, readable print style. Its tall proportions and smooth, monoline strokes aim for clarity at display sizes while preserving the charm of natural pen movement and small inconsistencies.
Spacing appears moderately loose, helping the narrow forms breathe in text. Numerals follow the same handwritten logic, with simple, rounded construction and a consistent stroke feel that matches the alphabet. The overall impression is cohesive and intentionally imperfect, favoring warmth and clarity over strict geometric consistency.