NRS Paddle Wetshoe

Step into the NRS Paddle Wetshoe and transform your cold-water paddling experience with revolutionary warmth and protection. These high-top wetshoes deliver exceptional thermal insulation through their innovative triple-layer system—3mm sustainable Terraprene neoprene upper, graphene-infused interior lining that actively conducts heat back to your feet, and titanium adhesive construction that locks warmth in where you need it most. Despite their robust protection, they maintain a surprisingly low profile, fitting seamlessly into tight kayaks and canoes without compromising on ankle support during those rocky shore scrambles.

Environmentally conscious paddlers will appreciate that these aren't your average wetshoes—the petroleum-free Terraprene construction utilizes limestone and recycled tires, proving performance and sustainability can coexist on the water. The thoughtfully designed YKK® zipper entry system opens wide for easy on/off (even with cold hands), while the adjustable hook-and-loop strap ensures a secure, customized fit that won't slip during vigorous paddling. With reinforced toe and heel areas protecting against inevitable scrapes and a multi-layered sole system that shields your feet from sharp rocks, these wetshoes deliver season after season of comfortable, warm paddling adventures when the waters turn cold.

Features

• High-top design provides ankle support while maintaining a low profile for fitting into tight boats
• Terraprene sustainable construction offers environmentally responsible alternative
• Graphene-infused interior provides thermal-conductive properties for increased warmth
• YKK® entry zipper with gusset backing allows easy on/off when barefoot or over socks
• Multi-layer protection system shields feet from rocks and sharp objects
• Reinforced toe and heel areas enhance durability in high-wear zones
• Adjustable hook-and-loop webbing strap allows for customized secure fit
• Naturally shaped toe box enhances comfort during extended wear
• Titanium adhesive construction increases overall warmth retention