SHADOW 95W MV GW | TITANIUM B

More power and more control with less energy. The Lange Shadow 95 MV ski boots bring a new level of power transfer, vibration absorption and comfort to all-mountain skiing. Our Assisted Performance System amplifies your input to the boot through the mechanical advantage of our Dual Pivot and Suspension Blade technology. The design boosts input by up to 26%, giving you more power and control with less energy. The boot's clean, consistent flex is combined with increased shock absorption through the shell for enhanced snow feel and contact. Like a full suspension bike, the combination lets you ski longer and more efficiently. Together with a moderate 95-rated flex, this boot gives beginner and intermediate skiers a strong platform to keep their ski progression moving forward. The womens-specific shell and our 97mm-wide, low-volume last complement the thermoformable liner for a comfortable performance fit. Combined with an asymmetrical toe box and enhanced insulation, the liner offers foot-hugging comfort and warmth that lasts all day. Our Assisted Performance System amplifies your input into the boot through the mechanical advantage of our Dual Pivot and Suspension Blade technology for increased power transfer to the ski. The system boosts input up to 26%, giving you more power with less energy. Our Dual Pivot design creates a mechanical advantage for full boot engagement with less skier input, creating more power and control with less effort. Our Suspension Blade design connects the upper boot with the lower boot for smooth power absorption and transfer through the boot, putting more energy into your skiing. Our womens-specific cuff is shorter and shaped to match a woman's natural calf shape for a more natural stance with increased comfort and performance. A one-piece liner with an asymmetrical toe box creates a uniform, pressure-free fit from the toe box to the cuff for the most comfortable fit possible. Pre-mounted GripWalk soles feature a rubber tread and rockered toe for a more natural walking motion and increased traction.