RIP CURL - Women's Dawn Patrol 3/2 Back Zip Wetsuit - 14VWFS

Manufacturer: RIP CURL
Experience eco-friendly comfort and flexibility with the Rip Curl Women's Dawn Patrol 3/2 Back Zip Wetsuit.
Manufacturer part number: 14VWFS
GTIN: 9358819575518
Vendor: Cabesto
Availability: In stock
€289.99
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The Rip Curl Women's Dawn Patrol 3/2 Back Zip Wetsuit is designed to provide surfers with a blend of comfort, flexibility, and eco-friendly performance. Ideal for temperate waters ranging from 14°C to 18°C (57°F to 64°F), this wetsuit offers a combination of high-quality materials and innovative design features.

  • Neoprene Composition: Constructed with E5 Neoprene, offering 30% more stretch, 20% less weight, and 10% more warmth compared to previous materials.
  • Internal Lining: Features E5 Flash Lining and E4 Thermo Lining for enhanced warmth and quick drying.
  • Eco-Friendly Materials: Incorporates Yulex® natural rubber, recycled external jersey, and water-based lamination to reduce environmental impact.
  • Seam Construction: Sealed seams with E5 tape reinforcement at high-stress points for increased durability and waterproofing.
  • Entry System: Back zip entry for easy donning and doffing.

Technical Specifications:

  • Thickness: 3/2 mm
  • Water Temperature Range: 14°C to 18°C (57°F to 64°F)
  • Materials: 80% Synthetic Rubber, 20% Polyamide
  • Lining: E5 Flash Lining and E4 Thermo Lining
  • Seams: Triple glued and blindstitched with E5 tape reinforcement
  • Entry System: Back zip with adjustable collar

Materials:

  • Neoprene: E5 Neoprene for superior stretch and warmth
  • Rubber: Yulex® natural rubber for eco-friendly performance
  • Lining: E5 Flash Lining and E4 Thermo Lining for enhanced warmth and quick drying
  • External Jersey: Recycled materials to reduce environmental impact

Dimensions:

  • Model Information: The model is 178 cm (5'10") tall and wearing a size XS.

Compatibility Information: This wetsuit is suitable for surfers seeking a balance of performance, comfort, and environmental responsibility in temperate water conditions.