Surfskate designed by the surfing legend Kai Lenny
The Kai Lenny Dragon surfskate from Carver is a remarkable board that embodies the versatility and mastery of Maui native, Kai Lenny. With his exceptional skill set spanning various board riding disciplines, including surfing, hydrofoil, kiteboarding, windsurfing, stand-up paddleboarding, prone paddleboarding, outrigger canoeing, big wave tow-in, and now surfskating, Kai has established himself as a true waterman. As a pioneer, record-breaker, and icon in the Surfing Hall of Fame, he is widely regarded as one of the greatest water athletes in history. Witnessing Kai effortlessly navigate his Carver surfskate with his distinctive bold style is a sight that fills us with excitement. Kai embodies the spirit of aloha and proudly serves as an ambassador for the surfskate community, spreading stoke with his infectious smile and remarkable feats.
Introducing the 34" Kai Dragon surfskate, a board designed to complement Kai's stance and style. This stretched out double-concave board offers perfect proportions, providing stability and speed for faster pumping and carving. With a longer wheelbase, this board ensures enhanced stability and increased speed.
Choose between the CX or C7 truck options, both available in a raw color finish. The board is equipped with 69MM Smoke Concave wheels, delivering excellent grip and control. Built-in bearings ensure smooth and effortless rides. The deck features a comfortable Deck Pad grip tape for optimal foot traction. The hardware is made of high-quality stainless steel, ensuring durability and longevity.
The Kai Lenny Dragon surfskate has a length of 34" and a width of 10 1/4", providing ample space for stability and maneuverability. The wheelbase measures 18", enhancing control and responsiveness. The nose measures 5 1/4" and the tail measures 6 1/2", striking the perfect balance for versatile riding styles.
Compatible with Carver's 68mm Mag, 69mm Concave, and 70mm Mag wheels, this surfskate offers customization options and the ability to optimize performance to suit individual preferences.