The 2025 Lib-Tech Golden Orca was designed to be exactly what Travis needed when competing in the Natural Selection competition, a combination of the fan favourite Orca and his own T.Rice Pro. Take his award winning Orca and make a small alteration to the tail to make it more user friendly riding switch in powder, construct it with a lighter, more powerful core, and you have the newest evolution in the Orca line. If you want to stand out in a pod of other Orcas on the mountain, look no further than the Golden. * Due to the volume shift on this board, we recommend you ride this board 1-3cm shorter than your normal board. Rider Level: Intermediate - Advanced Board Type: All Mountain Freeride Camber Type: Hybrid C2x Directional Shortened rocker between your feet with lengthened camber to the tip and tail gives you power and pop on groomers and in the park along with float and freedom to charge through powder. More loaded pressure in the tip and tail than regular C2 for a more aggressive and stable ride. Flex: 7/10 (1=soft, 10=stiff) Shape: Directional This board has a naturally wider waist width, a long floaty nose, and a powerful tapered tail that gives it amazing float in powder while still being versatile enough to ride every day. Core: FP - Firepower Lighter, environmentally nicest, smoothest. Combines 10% Balsa, 40% Paulownia, and 50% Aspen woods with Triax glass and a +/-45° Basalt web. This core is crazy light, strong, and smooth. Base: Sintered Knife Cut Fast and rugged with maximum wax retention. Mounting Pattern: 2x4 inserts Additional Features: Magnetraction - 7 strategically placed serrations along the edges of the board grip onto the snow and hold a strong edge in any condition. Eco Sublimated Bio Beans Topsheet - A bio-plastic made from beans. Good for your board, and good for the environment. Lightweight Spin Slim Tip and Tail - Reduced thickness in the tip and tail reduce swing weight, giving you quicker spins and a lighter board. Birch Internal Sidewalls UHMW Sintered Sidewalls UHMW Tip/Tail Impact Deflection
