THE CURV GT 105 VAC GW

The lightweight shell of The Curv GT 105 offers optional VACUUM molding for improved performance through a secure, stable fit. The adjustable forward lean of this boot can be dialed in for fast, skilled skiers. The same lace-up, thermoformable IFZ Performance liner found on higher models, with Primaloft® insulation, provides a warm, completely customizable fit. Small, individual fit pads can be velcro attached to the liner to adjust fit as needed. The option of VACUUM fitting completes the customizable package.

• Excellent Walkability: The Curv GT differentiates itself from competition race boots through the use of GripWalk® soles. These rockered and rubber textured soles enable a comfortable stride and ensure ultimate grip across all types of terrain encountered during a day at the ski resort.
• Lightweight Shell: The proprietary Fischer VACUUM material used in these shells delivers impressive ski performance and greatly reduces weight, making for an enjoyable ski day. This shell material has a predictable, supportive flex that does not vary much with temperature, enabling you to ski with confidence. VACUUM shells are also incredibly customizable and allow you and your bootfitter to find the perfect fit.
• 3D Pre Shaped Ankle: Preformed ankle pockets perfectly match the foot anatomy providing a snug comfortable fit.
• Adjustable Boot Board: A removable wedge in the heel of the boot board lets you effortlessly adjust the ramp angle of your foot so that your stance is balanced, stable and comfortable.
• Adjustable Forward Lean: A newly developed mechanism allows you easily adjust the forward lean by 3°. The more upright 13-14° setting is a more neutral, comfort-oriented stance, the 16-17° angle is better suited to a more aggressive skiing style.
• PrimaLoft®: Primaloft® Insulation Technology provides warmth, breathability, and lightness of goose down, even when wet! However, animals lives are saved and the synthetic insulation is vegan.
• VACUUM: Perfect fitting at 80°C for the anatomy of the foot for direct control impulses and more rebound through greater elasticity. Greater temperature stability and 15% less weight.