Flydive X-Board Flight Deck
Flydive X-Board Flight Deck
Upgrade your flat board gear to the easiest-to-fly hydroflight board in the world. Connection is compatible with Zapata Racing / Flyboard hose swivel, no additional adapter is required.
DRS Tech™ stands for Dynamic Response & Stability Technology. It solves two very important performance challenges and makes the X-Board™ the most versatile Hydroflight board in the world. With DRS Tech™, the feet are placed lower and closer to the rotational axis than any other board on the market (half as high). Beginners can now make small balance corrections easily and gain stability naturally, while advanced flyers enjoy better response for quick directional changes during tricks. DRS Tech™ endows the X-Board™ with the widest performance range available, making it the one board the entire family can learn and progress on.
Helix Water Splitter Design
Inside the X-Board's™ float casing lies our proprietary high performance Helix Water Splitter, which sends the high pressure water flowing into the board along a maximized curve radius, decreasing turbulence, enhancing flow and efficiency and maximizing power output. Additionally, the helical design positions jet nozzles directly underneath the rider's feet for a more natural, balanced feel.
X-Board™ Flight Deck includes:
- All metal parts: Aluminum, finished with top of the line Type III "hard coat" black anodize.
- All screws, nuts, and bolts: marine grade stainless steel
- Bearing Balls made from Delrin, A hard, slippery, non-water absorbing plastic.
- X-Board™ Float Shell: Durable, impact resistant PolyEthylene Foam filled.
Boots and bindings are not included in your kit and the X-Board™ binding plates feature a standard wakeboard binding compatible mount interface. Any current wakeboard style bindings will work with this configuration. For safety and ease of use, FlyDive recommends using 2-part boot/binding combinations (i.e. The Hyperlight® system). It is helpful to use closed-toe bindings to maximize the stability and security of the foot attachment by limiting foot slip.