Offering the widest dimensions of the AMP series, this high performance ski is built with ungroomed or softer snow conditions in mind. The All-Terrain Rocker gives you the added versatility to rip the glades or explore a side of the mountain that you’ve never seen before. Don’t let the 86 mm waist width fool you; the Aftershock is still lively and agile on the groomers. Give them a try, the versatility of this ski will shock you.
Features:
- All Terrain Rocker: ROCKER: Easy initiation, versatility, agility CAMBER: Control, edge hold, rebound. All-Terrain Rocker features an elevated tip for variable and soft snow performance, as well as camber underfoot for power, energy, and edge-hold in firmer conditions. Simply put, All-Terrain Rocker offers versatility and ease in all snow conditions.
- Mod Technology: Hybritech is a unique blend of sidewall and cap constructions. The construction combines the accuracy, power and performance of sidewall underfoot with the lightweight characteristics and smooth turn initiation of cap construction.
- Integrated Hub Technology: Titanal hubs are imbedded into the core of the ski for the most direct transmission of power. The system hubs are functionally wider with a 50mm footprint, which decreases the distance between the binding and the edge of the ski for added performance.
- Mod Monic: A Focused Mass-DampenerThe Monic is a solid zinc mass that works in conjunction with the Mod structure to focus mass-dampening at a targeted location.
- Metal Laminate: Built with two sheets of lightweight Titanal running the length of the ski, metal-laminate skis are the highest performing and most complex construction available from K2. Built from the base up, a metal laminate construction consists of alternating layers of fiberglass and Titanal above and below the wood core. Metal-laminates provide dampened, accurate, unshakable performance ideal for expert-level skiers.
- Progressive Sidecut: Progressive sidecut is a combination of two different radii, or sidecuts, that enhance the versatility of wider-waist skis. Standard sidecut theory is based on using a single radius. This works well on narrower skis, but becomes overpowering on wider skis, especially in variable conditions. The use of progressive sidecut on wider-waist skis guarantees improved turn initiation and hard-snow performance.
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