The Rocket GTX from Kayland is a reliable and lightweight mountain shoe for all your mountain adventures. The Kayland Rocket GTX is an innovative hiking shoe suitable for use with a semi-automatic crampon. Perfect for long treks in the mountains and high mountains. Its distinctive characteristics are lightness and breathability built on a robust polyurethane sole: your guarantee of excellent durability over time and perfect cushioning. The Vibram® Turmeric outsole provides perfect grip under the foot while reducing weight. The result is one of the lightest soles in its class. The TPU insert on the heel allows the crampons to be used for winter walks in icy and snowy conditions. The TPU upper is designed using over-molding technology and designed to provide exceptional protection against impacts and abrasion. The combination of overmolded TPU and Gore-Tex Performance Comfort membrane ensures that Rocket GTX offers excellent protection against the elements and is ideal for use in all seasons.

Features of the Kayland Rocket GTX shoes:

• Latest technology: ERGO
  
• Sustainable Construction
• SEMI-RIGID sole board (molded polypropylene)
• Upper Textile + TPU injection
  
• GORE-TEX lining Performance Comfort
• Molded open foam PU footbed + fabric
• Dual-density PU midsole
• Outsole Vibram®
  
• Ankle lock system
• Weight 1/2 pair 700 g
• Size range from 40.5 to 45 (with half sizes)
• Shoe height: Mid
• The GORE-TEX Performance Comfort shoes keep feet dry and protected by being durably waterproof and breathable, a system that provides comfort cutting-edge climate. It is ideal for a wide range of outdoor conditions and activities.
• Robust polyurethane sole: your guarantee of excellent durability over time and perfect cushioning.
• Vibram® CURCUMA outsole provides perfect grip underfoot while reducing weight. The result is one of the lightest soles in its class. The TPU insert on the heel allows the crampons to be used for winter walks in icy and snowy conditions.
• Ankle lock system, it is the exclusive Kayland system allowing precise and secure closure of the ankle, while at the same time guaranteeing , the possibility of moving naturally.