Atomic $649.95 $519.96 20%
Maverick 86 C LT 2024 176cm
The Atomic Maverick 86 C, a mid-width all-mountain ski, expertly crafted for balanced and intuitive skiing. Featuring OMatic Construction, which utilizes essential materials such as wood, fiberglass, and carbon, resulting in a lighter weight, for smooth and effortless handling. The Flow Profile seamlessly blends the ideal amount of rocker and camber, ensuring optimal effective edge contact on hardpack snow and ice. Whether navigating steep chutesor gliding through powdery glades, the Maverick 86 C stands as the go-to ski for confident and versatile skiing in any condition.
Features:
Sidecut: 124.5 - 88 - 109.5
Turn Radius: 18.2m
Binding Included: Atomic M 10 GW (DIN: 3 - 10)
Weight: 1700g @ 169cm
Rocker: All Mountain Rocker - 15/75/10
Flow Profile: Rocker, camber, and HRZN Tech for ideal edge contact during the turn, and great float off piste.
OMatic Core: Versatile all-mountain core construction that balances stiffness and flex through the entire ski.
Dura Cap Sidewall: Sidewall from base to top sheet for great edge grip, with a rounded shape for increased durability.
Carbon Backbone: An ultra-lightweight cabon insert that runs the length of the ski like a stabilizing backbone.
Light Woodcore: Poplar wood core optimizing the ski’s weight without sacrificing any shock absorption or stability.
Features:
Sidecut: 124.5 - 88 - 109.5
Turn Radius: 18.2m
Binding Included: Atomic M 10 GW (DIN: 3 - 10)
Weight: 1700g @ 169cm
Rocker: All Mountain Rocker - 15/75/10
Flow Profile: Rocker, camber, and HRZN Tech for ideal edge contact during the turn, and great float off piste.
OMatic Core: Versatile all-mountain core construction that balances stiffness and flex through the entire ski.
Dura Cap Sidewall: Sidewall from base to top sheet for great edge grip, with a rounded shape for increased durability.
Carbon Backbone: An ultra-lightweight cabon insert that runs the length of the ski like a stabilizing backbone.
Light Woodcore: Poplar wood core optimizing the ski’s weight without sacrificing any shock absorption or stability.