Men's On Piste Ski Boots HI-Speed Pro 120 MV GW

Buckle up for high performance with the comfort to match. The Rossignol Hi-Speed Pro 120 MV ski boots pair cutting-edge shell design with customizable fit for skiers who prefer a medium-volume fit. Using generative design, we've engineered the boot shell and cuff for maximum energy transfer and high-speed control through every turn. Adjustable flex, forward lean and canting let you personalize the feel and response to match your skiing. Our preshaped liner feels great right out of the box with a fully thermoformable design that lets you customize the fit. Details like a seamless toe box and Thinsulate? insulation enhance liner warmth, so you can focus on your skiing. Buckle into the Pro 120 for comfort that matches performance. Medium Volume Fit Medium Volume Fit features a 100mm last for a precise, comfortable fit that balances comfort and control Lightweight, Full Power Data-driven Generative Design minimizes boot wall thickness for the most effective use of material to reduce weight and enhance power transfer Better Skiability, Better Fit Dual Core technology provides targeted power transmission and shell wrapping, resulting in livelier rebound, response and control Adjustable Flex A simple rear spine adjustment provides an adjustable flex range of +5 to -5 for customized power, performance and comfort Adjustable Forward Lean An adjustable spoiler on the cuff allows for two degrees of forward lean adjustment between 10.6 and 12.6 degrees Snug, Accurate, Precision Fit Preshaped anatomic liner is shaped around the ankle bone for a snug, accurate fit that feels great right out of the box Insulated Warmth Thinsulate? Platinum keeps feet warm in damp and cold conditions for all-day comfort with advanced odor control Optimized Fit and Warmth Our Seamless Toe Box eliminates pressure points for optimized out-of-the-box fit and reduces heat loss by 20% All-Terrain Grip Premounted GRIPWALK© soles feature a rubber tread and rockered toe for a more natural walking motion and increased traction