The X WAKE BOSON Cable Wakeboard is a stiff wakeboard made for maximum performance at your local cable park. The board is narrower compared to the majority of wakeboards, giving riders the opportunity to turn fast, enjoy an awesome pop and easy release on edges. The X WAKE BOSON Cable Park Wakeboard has a Continuous Rocker. This performance wakeboard is equipped with channels on top to make the board lighter and stiffer, while adding an extraordinary futuristic look.
X WAKE TECHNOLOGY
All X WAKE boards have a Paulownia wood core; thanks to this type of wood, our boards remain extremely durable, resilient and are lighter than other common woods.
Multiple channels on your board work as long, extruded fins which break the surface tension upon landing; they also help to direct the water flow. Some of them are made to help you get better "locking" on wake obstacles.
4 layers of carbon fiber, two on each side of the woodcore, give a board perfect strength and amazing pop. Carbon construction makes a board lighter than other boards and provides fast response when edging the board. Carbon fiber also gives extra pop to your board.
BOOT TOUGH INSERTS
Wakeboarding is nothing without boots. Boots take huge damage every time you fall hard. X WAKE boards are equipped with tough reinforced inserts to prevent ripping your boots off the board.
3D CNC MILLED SHAPE
In order to get a good pop every board needs a solid and long grained wood core. The CNC milled Paulownia wood core is the heart of every X WAKE board.
Continuous rocker gives a smooth, fluid curved shape. Boards with continuous rocker give you a smoother and faster ride, softer landings and easy curving.
VEE TIP CHANNELS
V shaped channels on the nose and tail of the wakeboard give you extra confidence on rails and extra stability on the water.
ULTRA HIGH MOLECULAR WEIGHT
The material has exceptional abrasion and impact resistance properties
Its surface is non-stick and self-lubricating, making it easy to clean and maintain
It possesses a low coefficient of friction and high stress crack resistance
The material can be relied on for long-term usage without any loss of functionality