Clark Full Wetsuit - Reef 4/3
Warmth & Flexibility for Cold Water Conditions
Clark is our women’s full wetsuit designed to deliver warmth, flexibility, and confidence for cold-water sessions. With long sleeves and full-length legs, it offers full-body coverage while maintaining freedom of movement for surfing and extended time in the water. Thermal internal lining through the chest and back panels supports heat retention and comfort during colder-water sessions.
The 4/3mm Clark is crafted from premium Japanese Yamamoto limestone-based neoprene, providing added insulation through the core while remaining flexible through high-movement areas. Glued and blind-stitched (GBS) seams help reduce water entry and support thermal retention, making this wetsuit ideal for colder conditions. A back-zip entry allows for easy on and off before and after sessions.
Key Details
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4/3mm insulation for cold water conditions
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Premium Japanese Yamamoto limestone-based neoprene for warmth, softness, and stretch
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GBS seams to reduce water entry and improve thermal retention
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Thermal internal lining in core panels to help maintain warmth in cold conditions
Recommended water temperature: approx. 10–14°C
Water activities, surfing, stand-up paddle, wakeboarding, kite-surfing, windsurfing, snorkeling.
If you are between sizes, we recommend choosing the smaller size, as wetsuits should fit close to the body to reduce water flushing.
Not sure about thickness or sizing? Message us — we’ll help recommend the best size and water-temperature range for your needs.
This wetsuit features ECOPRENE™, ABYSSE’s proprietary material system developed for use in finished wetsuits and surfwear.
- Premium Japanese Yamamoto limestone-based neoprene selected for softness, stretch, and comfort
- Recycled bottle linings (inner and outer fabrics)
- Lower-impact alternative to conventional petroleum-based neoprene
- Built for long-term wear, supporting durability and performance
• Plastic Neutral with CleanHub
• We remove ocean-bound plastic for every product sold
• Reducing our material footprint
