Ronix 2024 District Wakeboard Package - 24206DISTRICT

Ronix 2024 District Wakeboard Package - 24206DISTRICT

Experience the ultimate wakeboarding versatility with the Ronix 2024 District Wakeboard Package. Designed to adapt to your unique riding style, the District is perfect for riders looking to progress and elevate their skills. With its hybrid rocker, this board offers everything from smooth, low-maintenance turns to wide-open, high-speed cuts. For just $40, oversized shipping is automatically applied at checkout, ensuring your new gear arrives safely and promptly.

The District wakeboard features a hybrid rocker that caters to various riding styles. Whether you approach the wake flat for an explosive 3-stage lift or on rail for a smooth, fast take-off and landing, this board delivers unparalleled performance. Riders distributing their weight evenly will enjoy a freeride, floaty feel, while those shifting their weight to the tail can execute sharp, quick edge transitions. The District's versatility makes it a perfect choice for riders at any skill level.

Included in the package is the District boot, built with the adaptive MainFrame chassis. This innovative design recognizes the anatomical contours of your foot, providing a customized fit for maximum comfort. Constructed with exclusive Stage 2 high-grade foam, the District boot offers the perfect balance of comfort, adjustability, and durability. It’s designed for riders seeking solid support with the flexibility to accommodate multiple sizes, ensuring your feet stay comfortable during every ride.

• Hybrid Rocker: Offers smooth, low-maintenance turns and high-speed cuts.

• 3-Stage Lift: Provides explosive lift for flat wake approaches.

• Blended Rocker Line: Ensures smooth, fast take-offs and landings for rail approaches.

• Adaptive MainFrame Chassis: Recognizes foot contours for a customized fit.

• Stage 2 High-Grade Foam: Balances comfort, adjustability, and durability.

• Versatile Riding Experience: Suitable for freeride, floaty turns, and sharp edge transitions.