Whatever All Mountain/Freestyle Snowboard

About the Bataleon Whatever

The Bataleon Whatever is a great versatile freestyle all-mountain snowboard, whatever your riding style this board has your back every day. With its supportive medium flex, the Whatever has a playful & responsive nature which is perfect for taking advantage of the entire mountain. It features a softened nose & tail for fine-tuning the timing & control of ollies, nollies & tweaking presses in the parks.

The Twin 3BT triple base technology has a stable medium camber profile that delivers grip & power to your riding. Shaped with a wide center this true twin outline creates a mellow angled uplift to the edge offering a loose jib feel while the wide base offers stability on jumps. Landing and presses will feel effortless at high speeds and will feel great to ride in terrain parks and overall freestyle riding.

The Whatever has a light core which is a 50-50 combination of Swiss Paulownia and poplar wood core, with the added benefit of two hollow carbon rods in the bottom of the core, enhancing pop and putting more snap into the camber. The combination of Super Slick extruded base and Bi-axial laminates provides exceptional performance and durability while maintaining responsiveness.

With Side Kick Tips, this tech from Bataleon will enhance the performance of the 3BT base increasing side base uplift on the most comprehensive parts of the nose and tail. This creates incredibly smooth turn initiations and enhances overall board stability in rough terrain and in powder. Super light Carbon Kevlar stringers improve the board's overall strength and improve performance at high speeds with heightened power transfer for more clean ollies and overall board control.

The Whatever is a fun ride for anyone, from new riders looking to learn to or more experienced riders looking to progress, you'll be able to ride wherever, whenever with the Whatever.

Please Note: You will be provided with a randomly selected base design, chosen from the two designs shown in the initial image.