The 2019 k2 B.F.C. Women's 90 Heat is truly Built for Comfort! This boot Comes with a Therm-ic heated liner that is all enclosed within the liner, meaning no wires or batteries hanging off the back of your boots! The B.F.C. Women's 90 Heat is also a boot with a wider last giving your foot more breathing room inside the boot. The Apres mode on the back of the boot makes these some of the easiest ski boots to walk in. So if comfort and warmth are what you are looking for, then look no further than the 2019 K2 B.F.C. 90 Heat Women's ski boots.
Natural Stance / Stride
Supportive flex profile and design for a natural stance when standing in line at the ticket office, tram or chairlift and natural stride when walking through the parking lot, trudging up the stairs or across the village.
Unlocks the upper cuff from the lower shell for comfort and convenience while walking from car to lift to apres and beyond, while still allowing to lock down for all-mountain performance.
Cuff Alignment Index
Dual sided cuff alignment for +/- 1 degrees of cuff adjustment
Hands Free Entry
Dual material overlap for intuitive and easy hands free exit and entry.
Therm-ic Heated Liners
Integrated heating system to keep your feet warm on cold days. Increases mobility and performance of foot muscles. three heat settings provide warmth from 4 to 19 hours. Fully charges in 6 to 7hours with USB cable.
Grip Walk Outsole Compatable
Flex : 90
Comfort Last (103mm)
A wider toe box and comfortable last for easy entry and all day comfort but designed for performance progression.
TPU Heat Moldable
A Lightweight shell with heat moldable capablities to get rid of hot spots or problem areas.
A rear co-injected "Y" shaped support that adds strength and power to the Energy Interlock in order to maximize fore/aft flex efficiency and lateral stiffness for responsiveness in every type of terrain.
Dua-Injected soft and hard thermo plastic urethane (TPU) for secure footing and increased lifeof the boots.
A rivet-free technology that integrates the cuff and shell, putting less stress on the boot's material and produces a smoother, progressive flex.