Script Wuna 4 is a regular weight, narrow, low contrast, italic, short x-height font.
Keywords: greeting cards, wedding invites, packaging, branding, social graphics, elegant, friendly, retro, whimsical, romantic, handwritten polish, decorative caps, smooth readability, friendly tone, looping, monoline, rounded, bouncy, calligraphic.
A flowing script with a monoline feel and gently rounded terminals. Letterforms lean forward with smooth, continuous curves and frequent looped strokes, giving the alphabet a rhythmic, handwritten consistency. Capitals are more decorative, featuring open swashes and soft entry/exit strokes, while lowercase forms keep compact bowls and a modest x-height that emphasizes ascenders and descenders. Numerals are similarly curvy and informal, with simple, rounded construction that matches the script’s stroke behavior.
This script suits short-to-medium display text such as invitations, greeting cards, boutique branding, product packaging, and social media graphics where a personal, handwritten voice is desired. It also works well for headlines or pull quotes when paired with a simple sans serif for supporting text.
The overall tone is warm and personable, balancing polish with an easygoing handwritten charm. Its loops and soft curves evoke a light, romantic feel with a subtle vintage flair, making the text feel expressive without becoming overly ornate.
The design appears intended to provide a clean, approachable take on formal handwriting—decorative enough to feel special, but restrained enough to stay legible in typical display applications. The consistent stroke weight and rounded shaping suggest a focus on smooth rendering and an even, friendly texture across words and numerals.
Spacing appears slightly lively and non-uniform in a natural handwritten way, with connections and joining strokes implied even when letters are set with small breaks. The design keeps ornamentation controlled—flourishes are concentrated in capitals and a few distinctive lowercase shapes—so words remain readable at display sizes.