Fischer Women's The Curv GT 95 Vacuum GripWalk Ski Boots 2023

Elevate your skiing experience with the Fischer Women's The Curv GT 95 Vacuum GripWalk Ski Boots 2023. Designed for the passionate skier, these boots offer a perfect blend of performance and comfort. The customizable Vacuum fit ensures a snug, personalized fit, while the GripWalk soles provide exceptional traction on icy surfaces. Stay warm and cozy with Primaloft insulation, even during the chilliest days on the slopes. The sleek black design with vibrant teal accents not only looks striking but also complements any ski outfit. Whether you're carving down the mountain or navigating tricky terrains, these boots promise to keep you secure and stylish. Ideal for those who demand both functionality and flair in their winter sports gear.

Specifications:

• Flex: 90
• Last: 92 mm (low volume) (24.5)
• Weight: 1830 g (24.5)

Features:

• SOMATEC: The natural V-position enables skiers to control their skis with absolute precision.
• Connected Fit: anatomic last with excellent 1st fit and unique matched Liner and shell
• 3D Pre Shaped Ankle - Preformed ankle pockets perfectly match the foot anatomy providing a snug comfortable fit.
• Precision Steering: 3D-Cuff and new - based on FE-Analysis - forefoot geometry
• 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.
• Buckles: Aluminum GT
• 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.