Tecnica 2025 Mach1 LV 105W TD GW Iridescent Green Women's Ski Boots
Designed with input from Tecnica's Women2Women program, the Mach 1 LV 105 W with T-Drive Technology is a high-performance ski boot specifically designed for strong female skiers who need just a touch more forgiveness than the 115 offers. Fit is priority number one and an anatomically shaped 98mm low volume shell and a women's specific liner with Custom Adaptive Shape - C.A.S. - technology, provides a great fit right out of the box but allows the boots to be fully customized if need be. T-Drive technology, a revolutionary shell-to-cuff connection, allows the boot to function more efficiently, resulting in a smooth, consistent flex and better performance while using less energy for all day performance. The Asymmetric shell and cuff design in combination with the Women's Natural Stance set-up puts you in the perfect balanced position to tap into the power and support you need to charge all over the mountain with control and confidence. Get out there and shred ladies.
Flex: 105
Last: 98 mm
Cuff: Polyolefine
Shell: PU – Quick Instep
Liner: Ecodesign, Performance – C.A.S. – Celliant® – floating tongue - Thermoforming Collar
Soles: ISO 23223 Gripwalk®
Buckles: Mach1 buckles, Lift Lock
Weight (half pair): 1649 g (245)
QUICK INSTEP: Utilizes softer plastic over the instep area that allows the shell to open easier as you are entering or exiting the boot.
LIFT LOCK BUCKLES: Innovative Lift Lock system holds the buckles up and out of the way so they don't catch while getting in or out of your boots.
ECO DESIGN: The ability to obtain regenerated material with homogeneous and known mechanical characteristics will allow a wider use of them in the production on new ski-boots.
MATERIAL TRACIABILITY PROGRAM: QR will provide a precise description of all the materials used in the production of the specidic ski-boot, allowing a more precise and consistent regeneration of those materials. This will result in better quality and more possibility to reuse in new ski-boots production.