Fashion 1/6 BJD Doll Outfit Set Cute Girl Toy Gift Trendy Doll Dress (No Dolls and Shoes)

Label:Yes Size: for 30cm(11.81in) Doll Material: Cloth Color: As the Picture Shown Applicable User: Children/Girls Product Name: 30cm Doll Clothes Brand New and High Quality!

1. Vintage Court Style Dress: This doll clothes set features a stunning vintage court style dress that exudes timeless elegance. The intricate details and flowing silhouette of the dress capture the essence of a bygone era, adding a touch of sophistication and charm to your 30cm doll's wardrobe. 2. Complete with Hat/Headpiece: The outfit includes a beautifully crafted hat or headpiece that perfectly complements the dress. Whether it's an elaborate hat adorned or a delicate headpiece with intricate, it adds a touch of regal flair and completes the ensemble with a fashionable twist. 3. Perfect Gift for Girls: Searching for a special gift for a girl who loves dolls? Look no further! This 30cm doll clothes set is a perfect choice. Its vintage court style dress and accompanying hat/headpiece make it a fashionable and delightful gift that will bring joy and excitement to any doll-loving girl. 4. Fashionable and Beautiful: Designed with a keen eye for fashion, this doll clothes set is both fashionable and beautiful. The exquisite details, high-quality fabrics, and attention to craftsmanship ensure that your doll will be dressed in a stylish and eye-catching outfit that reflects her unique sense of style. 5. Versatile and Imaginative Play: This doll clothes set not only enhances your doll's fashion game but also encourages imaginative play. The versatile nature of the outfit allows for endless mix-and-match possibilities, inspiring creativity and storytelling as your child explores different looks and scenarios with their beloved doll.

Package Includes: One outfit + one hat/tiara

Note: 1. Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. 2. Please allow 1-3cm measuring deviation due to manual measurement.