The entry point for the women's Cochise series, the 85 flex, 99 mm lasted Cochise 85W is a great option for intermediate advanced women looking for Freeride performance at an excellent value.
Tecnica's all-new Power Light Design ensures that this lightweight boot offers a responsive performance on the hill with less fatigue at the end of the day. The anatomical lower shell offers a new progressive fit which gives you a great out-of-the box comfort. Cochise now has greater range of motion in walk mode and Quick Instep technology to make entry and exit a breeze. A women's specific liner with great heel hold and a scalloped upper that is 10 mm lower ensures an excellent female specific fit.
Volume: 99 mm Low Volume
Weight: 1890 g
The C.A.S. Shell is anatomically shaped and marries perfectly with the liners. The dimples on the shell serve as a roadmap for problem fit areas and are easy to customize if needed. The anatomical shape provides a great out-of-the-box fit with the ability to be easily customized for problem fit areas. Better fit equals comfort, warmth, and performance!
Merino Wool, known for moisture management and warmth, is used in the liners. Your feet will stay drier and warmer longer, allowing you to fully enjoy your day on the hill.
The Power Light Design is a frame that is 2.5x stiffer yet 30% thinner providing a strong platform for ultimate performance while reducing weight. This allows for boots that are lighter weight without sacrificing performance. You will have a better time on the up and ultimate performance for the descent.
The Mobility Cuff uses a metal-to-metal device for a solid, strong connection. When in the hike mode there 42 degrees range of motion for great upward mobility. The new S.A.S., Self-Adjusting System, eliminates any play in the connection. A solid, strong, connection that won't loosen over time and offers a great range of motion results in a great skier experience, whether hiking to your secret stash or crushing your favorite run.
A water protection system over the instep features a bi-inject material with a double ridge struc