Lilly Pulitzer Luxletic Corina Tennis Dress Orchid Oasis Floral Small

Serve up style on and off the court with this pre-owned Lilly Pulitzer Luxletic® Corina Tennis Dress in the stunning 'Orchid Oasis' print. This size Small dress combines high-performance features with Lilly's iconic vibrant aesthetic, making it a must-have for any active wardrobe.

Crafted from Luxletic fabric, this dress offers UPF 50+ sun protection, superior moisture-wicking properties, and four-way stretch for ultimate comfort and freedom of movement. The painterly floral design features rich purples, soft lavenders, and aqua accents against a crisp white background.

The flattering A-line silhouette features a classic scoop neck, comfortable wide straps, and a sporty low scoop back. Underneath the breezy skirt, you'll find built-in Meryl® Nylon shorts for coverage and support, complete with a convenient side pocket for your essentials.

Whether you're playing a round of tennis, hitting the golf course, or simply enjoying a sunny day, this eco-conscious dress, made with recycled nylon, is your perfect partner for effortless, athletic chic.

Product Details:

• Brand: Lilly Pulitzer
• Line: Luxletic®
• Style: Corina UPF 50+ Tennis Dress
• Print: Orchid Oasis Floral
• Size: Small (S)
• Condition: Excellent Pre-Owned
• Colors: White, Purple, Lavender, Lilac, Aqua
• Keywords/Style Tags: Athleisure, Tennis Dress, Athletic, Sporty, A-Line, Sleeveless

Material & Care:

• Shell Material: 78% Recycled Nylon, 22% Spandex
• Short Material: 85% Meryl® Nylon, 15% Spandex
• Mesh Material: 73% Nylon, 27% Spandex
• Care Instructions: Machine wash cold, delicate cycle, separately. Turn inside out. Only non-chlorine bleach, if needed. Do not wring or twist. Block to shape, lay flat to dry. Do not iron. Do not dry clean.

Performance & Design Features:

• UPF 50+ sun protection
• Built-in shorts with pocket
• Luxletic performance fabric
• Four-way stretch
• Moisture-wicking
• Sleeveless
• Scoop neck
• A-line silhouette
• Low scoop back
• Made with recycled materials