Swim Systems Women's Seaside Vine Bikini Set Drew Top Salty Bottom Sz S NWT
Swim Systems
Seaside Vine Bikini Set (Drew Top & Salty Bottom)
Size S
NWT
A sophisticated two-piece swimwear set from Swim Systems in the "Seaside Vine" botanical print. The set pairs the adjustable "Drew" top with the classic "Salty" bottom, both crafted from eco-friendly recycled nylon with high spandex content for superior stretch. Designed in Southern California, this set offers a balance of athletic function and feminine style, ideal for active beach days and poolside lounging.
• Drew top features adjustable over-the-shoulder straps and tie-back closure
• Salty bottom provides moderate coverage in a low-rise silhouette
• Eco-friendly construction using 87% Recycled Nylon
• Internal shelf bra in top for added support
• Made in China
Condition: New with tags. Pristine, unworn condition with original retail hang tags attached to both pieces. No visible flaws, stains, or signs of wear. The fabric retains full elasticity and vibrant color saturation.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Swim Systems
Seaside Vine Bikini Set (Drew Top & Salty Bottom)
Size S
NWT
A sophisticated two-piece swimwear set from Swim Systems in the "Seaside Vine" botanical print. The set pairs the adjustable "Drew" top with the classic "Salty" bottom, both crafted from eco-friendly recycled nylon with high spandex content for superior stretch. Designed in Southern California, this set offers a balance of athletic function and feminine style, ideal for active beach days and poolside lounging.
• Drew top features adjustable over-the-shoulder straps and tie-back closure
• Salty bottom provides moderate coverage in a low-rise silhouette
• Eco-friendly construction using 87% Recycled Nylon
• Internal shelf bra in top for added support
• Made in China
Condition: New with tags. Pristine, unworn condition with original retail hang tags attached to both pieces. No visible flaws, stains, or signs of wear. The fabric retains full elasticity and vibrant color saturation.





