Women's Rip Curl Flashbomb Fusion 3/2 mm Zip Free Swim Foam Black (15AWFS)

The Rip Curl Flashbomb Fusion 3/2 mm Zip Free black women's wetsuit is designed for maximum freedom of movement during water activities in temperatures ranging from 15–20°C. The wetsuit’s construction combines flexibility and fit, offering comfort even during intense use.

Fusion Dry Seam Technology

The Rip Curl Flashbomb Fusion 3/2 mm Zip Free features Fusion Dry Seam technology, which minimises water penetration through the seams and enhances the overall watertightness of the design. The panel joints are crafted to ensure long-lasting durability and thermal protection. Thanks to this solution, the wearer can rely on effective protection against cold even during longer sessions in the water.

Advanced Neoprene Materials

The wetsuit is made from a blend of 80% neoprene and 20% polyamide, resulting in high flexibility and material durability. The neoprene structure guarantees proper thermal insulation without restricting mobility. The addition of polyamide increases resistance to stretching and improves the fit to the body.

Design and Comfort

This model features long legs and sleeves, which enhance thermal protection when used in cooler water. The neoprene thickness – 3 mm in key areas and 2 mm where greater mobility is needed – provides an optimal balance between insulation and flexibility. The zipper-free design promotes a natural fit and minimises potential water leakage points.

Rip Curl Flashbomb Fusion 3/2 mm Zip Free black women's wetsuit - features:

• Fusion Dry Seam technology reducing water penetration through seams;
• Material blend of 80% neoprene and 20% polyamide for increased durability;
• 3/2 mm thickness providing insulation and freedom of movement;
• Long legs and sleeves protecting against cold;
• Zipper-free design for a natural fit and watertightness;
• Flexible construction ensuring comfort during activity;
• Body-hugging fit providing user comfort;
• Designed for water sports in temperatures of 15–20°C;
• High material resistance to stretching and damage.