Print Bukom 2 is a light, normal width, low contrast, upright, short x-height font.
Keywords: children’s books, packaging, posters, headlines, social graphics, friendly, playful, casual, whimsical, approachable, handmade feel, casual readability, friendly tone, everyday notes, rounded, monoline, soft terminals, hand-drawn, open counters.
A casual, hand-drawn print with monoline strokes and softly rounded corners. Letterforms are built from simple, slightly irregular geometry: round bowls, gently bowed stems, and open apertures that keep shapes airy. Terminals are blunt and smooth rather than sharp, and curves show small humanized wobbles that create an easy rhythm across text. Proportions are modestly compact with relatively small lowercase height and generous interior space, helping counters stay clear at display sizes.
This font is well suited to display use where a friendly handmade voice is desired—children’s materials, casual packaging, posters, and social media graphics. It also works for short UI labels, signage, or pull quotes when you want an informal tone, though the relaxed construction suggests using it at moderate-to-large sizes for best clarity.
The overall tone feels friendly and informal, like neat marker lettering used for quick notes or classroom materials. Its small irregularities add warmth and personality without tipping into messy or highly expressive script. The result is approachable and lighthearted, with a subtle handmade charm.
The design appears intended to mimic tidy hand lettering with consistent stroke weight and softened edges, balancing personality with legibility. It aims to provide an informal print voice that feels human and approachable while remaining orderly enough for continuous words and short paragraphs.
Uppercase forms are simple and rounded, with straightforward diagonals and minimal ornamentation, while the lowercase keeps single-storey constructions and open shapes that emphasize readability. Numerals are similarly softened and hand-drawn, matching the text style rather than a rigid geometric set.