Smooth, channel-free base
Liquid rail sidewall for durability
Designed for spring and snappy flex
The FLX Hybrid Wakeboard has developed a cult following at cable parks around the world. With a smooth and relatively channel-free base, this board will let you jib all day without worrying about getting hung up on a rail. In addition to the smooth bottom, the FLX utilizes all the winning ingredients of Liquid Force Hybrid Technology, including the exclusive Grind Base and Liquid Rails. Raph Derome elevated his game to new heights on the FLX. If you want to ride like Raph, you need an FLX. FLX 131: 51.6"L. For 70-140 lb. riders. FLX 135: 53.1"L. For 90-170 lb. riders. FLX 139: 54.7"L. For 130-200 lb. riders. FLX 143: 56.3"L. For 160-230 lb. riders.
Delivering the goods for your park experience.
Liquid Force Exclusive Grind Base
The ultimate in durability from a sintered base material while maintaining the hull shape.
Liquid Rail Sidewall
Elastomeric edges give you a rail with unsurpassed durability.
CNC Milled Wood/Polyurethane Composite Core
Triple stringers give you ample tip flex with central contol. All computer-milled with the perfect hull shape.
Triax Glass Layup
A special weave provides torsional control while delivering the proper spring and snappy flex.
The Liquid Force Ultra OT is a hybrid binding that pushes performance to a new level. The flexible and supportive TPU injection upper is combined with a sturdy stitched PU leather sub frame and chassis. This hybrid construction allows for a supportive yet flexible feel while keeping you solidly locked down. The smooth flex profile of the Ultra gives it a unique energy return not found on stitched bindings. Men's sizes: S(5-8), M(8-10), L(10-12), XL(12-15).
Injection molded nylon plastic chassis with metal teeth.
Takes the shock of landings and displaces it from your foot.
3D molded footbed with ergonomic contours.
Seamless molded tongue design and integrated J bars.
Zonal Lace System
Lacing system allows you to adjust lace tension.
TPU Support Structure
Support structure that flexes and supports.