Shorty Wetsuit Playa Woman 2,5mm Black-Pink S-2 Cressi LV446002

Shorty Wetsuit Playa Woman 2,5mm Black-Pink S-2 Cressi LV446002
Description:
The Shorty Wetsuit Playa for women by Cressi is expertly crafted for aquatic adventures in warmer waters. Made from 2.5mm double-lined neoprene, this hoodless one-piece suit features a stylish black-pink color scheme, designed not only for aesthetics but also for performance. The suit is complemented by a plastic YKK® front zipper, ensuring easy donning while being impervious to external water agents. With its flat stitching and hemmed sleeves and legs, it promises exceptional durability and comfort, making it ideal for activities such as snorkeling, diving, swimming, and various water sports. Its anatomical cut enhances fit and functionality, catering specifically to the contours of the female form.

Key Features:
- Constructed from durable 2.5mm double-lined neoprene for flexibility and warmth.
- Premium YKK® front zipper for easy entry and water resistance.
- Flat stitching with scratch-resistant thread for enhanced strength and comfort.
- Hemmed sleeves and legs with neoprene for a secure and comfortable fit.
- Anatomical cuts tailored specifically for women's body contours.
- Designed for a variety of activities, including snorkeling, sailing, and other water sports.
- Lightweight construction provides excellent freedom of movement.
- Single neoprene cuff seals for a snug fit and reduced water entry.

Specifications:
Manufacturer: Cressi
SKU: LV446002
Material: 2.5mm Double-Lined Neoprene
Size/Dimensions: S-2
Weight: Lightweight
Color: Black-Pink
Size: S-2
Category: Short Wetsuits
Age Group: Adults
Gender: Female

Recommended Use:
This wetsuit is perfect for recreational and advanced users who enjoy activities like snorkeling, open-water swimming, and sailing in tropical waters. It provides the ideal warmth and protection for calm water conditions while allowing the freedom of movement needed for an active experience. Pair it with neoprene booties for extended comfort and performance when exploring underwater environments.