Product details: K2 Recon 130 Boa Ski Boots Men
The K2 Recon 130 Boa is a robust all-mountain high-performance boot for skiers who don't want to compromise on responsiveness and power transfer.
The K2 Recon is equipped with a fully heat moldable shell, MultiFit Last and the brand new BOA Fit System. The BOA Fit System is micro-adjustable for a better fit and responsive feel.
Features:
• BOA Fit System
• MultiFit Last
• Powerfit Pro Liner
• Grip walk soles
• Modular Honeycomb Boot Board
• Hard & Soft Inserts
• Fastfit Instep
Material:
Shell: TPU
Cuff: TPU
Technology
Powerlite Shell
The Powerlite Shell consists of four different levels of TPU stiffness and optimised wall thickness profiling, achieving a paradoxical balance between lightness and power. The resulting boots are among the lightest alpine and freeride boots on the market, yet have the power and drive of heavier boots. Topped off with easy FastFit entry and customisation options through TPU boot fitters, the Recon, Anthem and Mindbender boot collections have raised the bar and proven that truly LESS is MORE.
Powerfuse Spyne
A rear, co-injected "Y" shaped brace that adds strength and power to the Energy Interlock to maximise forward/backward flex efficiency and lateral stiffness to improve responsiveness on any terrain.
Energy Interlock
A rivet-free technology that connects the cuff and shell, reducing stress on the shoe's material and creating a softer, more progressive flex.
Fastfit Instep
Softer TPU material is used in the instep area of selected models for quick and easy entry and exit.
Fully Heat-Moldable
Both the shell and cuff of the shoe can be heat-moulded to fit a variety of foot shapes for a truly custom fit.
Powerfit Pro
Pre-molded and lasted with Ultralon heat-moldable foam. Featuring stiffer foam and a stiff, asymmetric tongue for added power and energy transmission, pre-molded ankle pockets, and a high-density power collar.
BOA Fit System
The BOA Fit System provides a performance fit engineered to enhance feel and responsiveness while reducing pressure points by incrementally modulating the Alpine boot closure with precise micro-adjustments.