Rossi Pure Elite 70 Ski Boot 25.5

High-performance skiing meets all-day comfort and a forgiving flex in the women's Rossignol Pure Elite 70 ski boots. Cutting-edge women's-specific shell design is paired with customizable liners for skiers who prefer a precise, low-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 and canting let you personalize the feel and response to match your skiing. Merino wool insulation enhances liner warmth, so you can focus on your skiing. Elevate your ski experience with the Pure Elite 70.Skinny FitWomen's-specific skinny fit features a 98mm narrow last for a high performance, low-volume fitLightweight, Full PowerData-driven Generative Design minimizes boot wall thickness for the most effective use of material to reduce weight and enhance power transferBetter Skiability, Better FitDual Core technology provides targeted power transmission and shell wrapping, resulting in livelier rebound, response and controlOptimized Rebound and ResponseAsymmetric Dual Core Cuff combines softer plastic to wrap the lower leg with harder plastic where needed for support and power transmission for optimized performance and fitAdjustable FlexA simple rear spine adjustment provides an adjustable flex range of +5 to -5 for customized power, performance and comfortCustom-Fit ComfortCustom-fit liner features customizable zones for comfort-driven fit with increased heel support and softer padding through the ankle and instepNatural Warmth, Quick DryingThe liner features Merino wool for warmth, breathability and odor controlWomen-Specific FitThe shorter, tulip shaped cuff eliminates pressure around the shin and calf muscle for increased comfort and performanceOptimized Fit and WarmthOur Seamless Toe Box eliminates pressure points for optimized out-of-the-box fit and reduces heat loss by 20%GRIPWALK® Compatible (sold separately)GRIPWALK® soles feature a rubber tread and rockered toe for a more natural walking motion and increased traction