Wacky Empu 2 is a regular weight, normal width, medium contrast, upright, normal x-height font.
Keywords: kids titles, party invites, posters, brand mascots, packaging, playful, whimsical, quirky, handmade, bubbly, add personality, create whimsy, handmade feel, friendly display, rounded, soft, blobby, wavy, casual.
A soft, rounded display face with blobby terminals and subtly wavy strokes that create an intentionally uneven, hand-formed rhythm. Curves dominate, with bulb-like ends and gentle swelling at joins, giving letters a slightly squashed, organic feel. Counters are open and friendly, and proportions vary from glyph to glyph, adding a lively, irregular texture while remaining broadly readable. Numerals and lowercase follow the same elastic, ink-like construction, with occasional hooked or drooping details that reinforce the informal character.
Best suited to short-to-medium display settings where its quirky rhythm can be appreciated: children’s materials, playful posters, event invitations, novelty packaging, and character-driven branding. It can also work for pull quotes or headings when you want a warm, offbeat voice without sacrificing basic legibility.
The tone is lighthearted and oddball—more storybook than formal—suggesting humor, spontaneity, and a crafty, DIY sensibility. Its friendly softness reads as approachable and whimsical, with just enough eccentricity to feel distinctive and decorative.
The design appears intended to emulate a casual, hand-rendered look with exaggerated rounded terminals and purposeful irregularities, prioritizing personality and charm over typographic neutrality. Its consistent softness across uppercase, lowercase, and figures suggests a cohesive decorative system meant for expressive headlines and friendly messaging.
Spacing and letter shapes feel intentionally inconsistent, producing a bouncy line color in text settings. The rounded tops, flared ends, and slightly wavering verticals give the impression of letters drawn with a soft marker or formed from pliable material rather than rigid geometry.