Hyperlite 2022 Ripsaw Cable Wakeboard
Hyperlite’s Ripsaw was created to get you out on the cable, a great value for a great price to last throughout the season and further down the line. The Variable Thickness Profile delivers strategic flex zones with more flex in the tip and tail and less between the bindings. Overall however, the Ripsaw is a flexy deck perfect for all ability levels. Molded into the shape are Tip to Tail Channels to assist with tracking on approach to features and kickers. Hyperlite’s full wrap Urethane Sidewalls molded into the perimeter and a Sintered Base will take the abuse dished out by riders pushing their limits.
The rocker line that started it all. Speed and fluid, predictable pop truly define this rocker. Designed to carry great speed into the wake with minimal drag, a Continuous rocker generates a longer trajectory with similar pop every time.
This 100% wood core brings life to your deck and adds a new dimension of wake-to-wake feel and control on rails.
Molded urethane flexes seamlessly with a wakeboard and bonds to top and base laminates for a fully bonded super tough construction.
Variable Thickness Profile
Fluctuating thickness of the board, most commonly a thickness reduction on tip & tail outside the stance platform.
Our Sintered Base material is the strongest, most durable running surface we offer. The Sintered formula undergoes a process that creates a strong bond between particles, making the finished product nearly indestructible. This base option is the perfect choice for the cable park season pass holder.
Delivers a more secure fit of the bolts to the inserts, improving bolt retention keeping binding hardware locked down.
Tip to Tail Channels
Channels running tip to tail delivering added traction and an aggressive feel on the water.
Aaron Stumpf leads the Hyperlite research and development team shaping many of our bestselling wakeboards and surfers. A product design specialist with 25 years of experience, Aaron also creates our manufacturing processes and innovative construction formulas.