Naish Wingsurfer

The Wingsurfer Board is the ideal choice for newcomers looking to explore foiling with a durable yet affordable design. Crafted with a Glass Wood Sandwich construction, the board is reinforced with carbon in the foil-track area for optimal strength and durability. This combination provides the perfect balance of weight and strength, making it a reliable and accessible option for riders at any level. The board features an extended waterline that promotes ease of foil initiation, while its streamlined bottom shaping improves stability and ensures smooth recoveries from touchdowns. Its compact dimensions deliver low swing weight, minimizing unwanted momentum during turns, allowing for effortless maneuverability. The board’s larger surface area enables faster foil initiation, offering great “get-go” power for riders looking to quickly get up and stay on foil. The improved stability from the increased waterline further enhances the rider’s experience, making it easier to initiate action, even on smaller boards. Whether you’re wingfoiling, prone foiling, or SUP foiling, the Set Wingsurfer Board is a finely tuned, versatile range that supports all your on-water adventures with confidence. Built to make foiling more accessible, this board offers an exciting entry point into the sport without compromising on performance. Features: GS Construction CNC cut EPS core, molded vacuum construction. Biax / S-glass bamboo sandwich layup. Low swing weight The compact dimensions creates minimum undesired momentum during turns. Streamlined Bottom Shaping Redesigned inner bevel and bevel contour that increases stability, further optimizing a smooth ride when the board is releasing from the water or recovering from a touchdown. Increased Waterline Improving ease of foil initiation and getting up on foil. Improved Stability Ride the board smaller and sink it with improved stability from the increased waterline, allowing you to initiate action easier. Get Going Power Ample surface area for faster initiation onto the foil, thanks to optimized bottom shaping.