USED 2026 Atomic Maverick 115 CTI 177cm Skis with Atomic Strive 11 Bindings

Dominate the deep days and charge through the crud with the ultimate big-mountain freeride machine. Developed in partnership with legendary pros and proven on the Freeride World Tour, the 2026 Atomic Maverick 115 CTI balances hard-charging, directional performance with surfer-inspired drift. This setup comes mounted with high-performance Atomic Strive 11 bindings, providing elite power transmission and response. Whether you are hunting fresh lines in the trees or stomping airs in open bowls, this hard-charging setup offers unmatched stability underfoot combined with a playful, forgiving flex pattern when you need to shut down speed in a flash. Top Sheet Condition 8.5 This top sheet condition may have some chips along the edges that will not need repaired. There may be moderate to heavy amounts of scratching to the surface of the tip and tails from ski usage. The ski may have some epoxy repairs to the edges of the ski. There is no compromising damage to the ski’s top sheet. Base Condition 8.5 This base condition will have some noticeable scratching on some or most of the base. These scratches and scuffs could be removed with a fresh tune without any need for P-TEX repairs needed. There is no deep gouging or pitting on the base currently. These bases may show minor P-TEX repairs from the past but do not need any more. These skis have a fresh coat of wax on them and are ready to hit the slope. Technical Specifications Brand: Atomic Model: Maverick 115 CTI Model Year: 2026 Ski Length: 177 cm Dimensions (Tip/Waist/Tail): 139.5 mm / 115 mm / 128.5 mm Turn Radius: 17 meters Binding Model: Atomic Strive 11 Profile: Powder Rocker (30% Tip Rocker / 50% Camber / 20% Tail Rocker) Core Material: Power Woodcore (Ash and Poplar blend) Laminate Layer: CTI Powered (Carbon and Titanal integration) Tip Technology: HRZN 3D Maverick (Beveled tip for maximum surface area and float) Construction Type: Dura Cap Sidewall Base Material: Sintered Base Eco-Design Feature: Reduced CO2 emissions by 24% via calculated raw material optimization