Clark Full Wetsuit Black 2/2 mm
Introducing the Abysse Clark Wetsuit – Named after the pioneering marine biologist Eugenie Clark, the "Shark Lady," this full wetsuit reflects her spirit of underwater exploration.
Crafted with 2mm Yamamoto Japanese eco-neoprene, the Clark wetsuit is an eco-conscious choice, reducing environmental impact through recycled materials and limestone-based rubber. Its innovative design ensures ultra-low resistance, superior moldability, high heat retention, and a lightweight feel.
With chic styling and exceptional functionality, the Clark wetsuit is perfect for mid-season and water temperatures ranging from 64F to 70F or 18C to 21C.
Key Features:
✔️ Super Stretch & So Comfy for unrestricted movement
✔️ Back Zip for ease of wearing and removal
✔️ 2mm thickness for warmth and insulation
✔️ Sleek Seam Placement for a stylish look
✔️ Flatlock Stitched Seams
✔️ High-quality and durable
✔️ Black Abysse logo
Embrace the spirit of exploration with the Abysse Clark Wetsuit—a perfect blend of style, function, and sustainability.
Made out of 100% premium Japanese Yamamoto Ecoprene, considered to be the highest quality Neoprene available. It differs from regular Neoprene as the cell structure is much denser, offering excellent thermal insulation while remaining strong, light weight and flexible.Limestone based neoprene is made from limestone instead of petrol, it's considered the lowest carbon footprint in the modern wetsuit production.
All linings are made from post consumer plastic waste on all our suits, which the majority derives from post consumer plastic bottles, lowering our environmental impact.
- Surfing
- Stand-up paddle
- Wakeboarding
- Kite-surfing
- Windsurfing
- Snorkeling
- Open water swimming
- Foiling & E-Foiling
At Abysse, we care about the Earth and we've committed to recover 12,000 lbs of Ocean-Bound Plastic.
We are proud of our partnership with CleanHub, an organization on a mission to connect people in coastal communities to waste collection preventing plastic from ever polluting our environment. Learn more