Placeholder for Boots DYNAFIT TLT X SKI TOURING BOOT WOMEN

Boots DYNAFIT TLT X SKI TOURING BOOT WOMEN

No image available

DYNAFIT

Boots DYNAFIT TLT X SKI TOURING BOOT WOMEN

Boots – Ski Touring – Women

447.00€639.00€
-30%
24.5
Only 1 unit left!
1

Click & Collect in 3-3 working days

Estimated delivery in 3-3 working days

DYNAFIT TLT X Women's Mountain Ski Boots


The TLT X women's mountain ski boots combine lightness and performance for long ascents and steep descents in alpine terrains. This new addition to the successful TLT series is designed for dedicated athletes who fear no challenge. Weighing only 1,030 grams and featuring a 60-degree cuff rotation, these boots ensure natural and energy-saving walking movement. The innovative Twistfit closure system allows for quick and precise adjustments, while the optimized Ultra Lock 5.0 facilitates rapid transitions between walking and skiing modes. The newly developed Dynafitter 5 liner guarantees comfort and mobility from the first use and can be individually customized. Handmade in Montebelluna, Italy, these boots come with a lifetime warranty.


Product Details

  • Exceptional lightness: Only 1,030 grams for enhanced performance
  • Cuff rotation: 60 degrees for natural walking movement
  • Closure system: Twistfit for quick and precise adjustments
  • Optimized construction: Ultra Lock 5.0 for easy transitions
  • Customizable liner: Dynafitter 5 for immediate comfort

Features

  • Handmade in Italy
  • Lifetime warranty
  • High mobility in ascents
  • Secure hold on instep and heel
  • Strong performance in descents
  • Full adjustment support cable
  • Optimal fit from the first use
  • Stable cuff-to-shell connection
  • Designed for technical terrains
  • Reliable performance
  • Adaptable to individual needs
  • Innovative closure system
  • Artisanal manufacturing
  • Comfortable for long journeys
  • Ideal for demanding athletes
  • Resistant to challenging terrains
  • Durable construction
  • Energy-efficient walking movement
  • Seamless transitions between modes
  • Optimal comfort and support