All Mountain camROCK technology pulls the traditional contact point of the tip back about 25% creating slight tip rocker to aid the camber under foot. The result — increased floatation, velocity and maneuverability in soft snow as well as significantly increased easy of turn initiation in any condition.
A Microlam designed exclusively for women. ENGINEERING The Balsa Core is a microlam construction made up of many thin balsa wood stringers stacked side by side, which provide a strong and damp metal like feeling at an extremely light weight. This damp feeling allows skiers to rip through any conditions.
OCHROMA PYRAMIDALE: THE BALSA TREE We use the fastest growing hardwood in the world for our cores, making our skis rock-solid and environmentally sustainable.
BALSA UNDER A MICROSCOPE: NATURES NATURAL STRENGTH
• Highest strength to weight ratio of any Hardwood. • Cell geometry provides shock absorption, giving damp metal like performance. • Strong & light structure due to extremely large cells and thin cell walls. • 60% Air (cells) and 40% solid material (cell walls).
Some skis truly do it all. For proof, look no further than the Santa Ana 100. Thanks to a balsa wood core with carbon sandwiched between two sheets of metal, it offers a ride that’s especially smooth and stable. This design also enhances edge hold and response to inspire confidence and keep you in control. The Santa Ana 100’s early rise tip and tail rocker profile makes it easy to navigate through variable terrain and provides additional floatation in soft snow. And its 100mm waist offers exceptional versatility, ensuring the ski can handle all terrain and conditions. Simply put, the Santa Ana offers a modern design that allows you to ski how you want—where you want. Whether ducking in the trees on a powder day or skiing groomers with friends, the Santa Ana 100 is up for anything—and then some.