This ivory lace mermaid wedding dress is the perfect blend of romance and elegance, designed to make your walk down the aisle unforgettable. Featuring a plunging illusion neckline framed by delicate spaghetti straps, this gown hugs the body with its sheer lace bodice and artfully placed floral appliqués. The fitted silhouette flows into a dramatic cathedral train adorned with scalloped lace edging, while the low open back with covered buttons adds a touch of sophistication and allure. Crafted with soft tulle and intricate lace embroidery, this gown creates a breathtaking bridal look from every angle.
- Ivory lace mermaid silhouette - Plunging illusion neckline with thin spaghetti straps - Sheer lace bodice with floral appliqués - Low open back with button closure - Cathedral-length lace train with scalloped hem - Soft tulle overlay for ethereal movement
To ensure a perfect fit, please take each measurement carefully and compare it with our size chart before ordering. Wear an unpadded bra and stand relaxed while measuring.
For step‑by‑step visual instructions, click here to view our measurement guide. You can download the diagrams for easier reference.
US 0: Bust 31.5'' (80 cm), Waist 23.5'' (60 cm), Hips 33.75'' (86 cm), Hollow to Floor 57'' (145 cm).
1. Body Measurements
Bust: Around the fullest part of your chest
Waist: At the narrowest point, above your belly button
Hips: Around the fullest part of your hips and seat
Back Shoulder Width: From one shoulder seam to the other, across your upper back
Height: From the top of your head to the floor (no shoes)
Hollow to Floor: From the base of your neck (hollow of throat) down to the floor (no shoes)
Hollow to Hem: From the hollow of your throat to your desired hemline (for shorter dresses)
Shoe Height: Measure the height of the heels you plan to wear
Armpit Hole: Around the fullest part of your underarm opening
Upper Arm/Bicep: Around the fullest part of your upper arm
Sleeve Length: From the shoulder seam to your wrist
Shoulder to Bust: From the top of your shoulder down to the bust point
