Victoria Flower Girl Birthday Satin Dress - Short Formalwear

Radiant, whimsical, and oh-so-charming - this Victoria Flower Girl Dress is the perfect pick for your little one's big day. This elegant satin dress is designed to make your flower girl feel like a true princess. The timeless silhouette and delicate details create an enchanting, celebratory look that will have all eyes on her. Whether it's a birthday party, wedding, or any special occasion, this dress will ensure she steals the spotlight.

FABRIC: sequin, tulle, ostrich feather. 100% handmade, no glue, no chemical odors, no itchy or skin irritating materials.

PLEASE NOTE: You can choose your color of choice as well from the color chart then type in the "Comment Section" in your Checkout Page.

Production time for custom dresses is approximately 1-2 weeks, with an optional FEDEX EXPRESS upgrade for 8-14 business day delivery. Average shipping time via Standard International Shipping is 10-30 business days depending on your location. Minor alterations may be needed for a perfect fit.

Return & Exchange Policy

All Sales Are Final!

Thank you for choosing Blush Kids Luxury Couture. As a specialty online boutique offering exclusive special occasion wear, all of our products and dresses are considered special orders—whether in stock or custom-made. Due to the unique and time-sensitive nature of these garments, we are unable to accept returns, exchanges, or cancellations.

This policy is in place to uphold the quality and integrity of our collections and to ensure fairness to all our customers. Each dress is carefully inspected prior to shipping to meet our high standards.

Exceptions to Our Return Policy:

We will gladly consider return requests in the following circumstances only:

If you believe your order qualifies for a return based on the criteria above, please email us at customersupport@blushkids.com within 2 business days of receiving your item (as confirmed by the tracking number).

We kindly ask for your understanding and cooperation, as no exceptions can be made outside of the conditions noted above.