Kayland Alpha Knit W's GTX, Women's Trekking Shoe

Lightweight and breathable, Alpha Knit GTX is an effective and versatile shoe designed for lightweight and fast hiking, even on mixed and demanding terrain. The contemporary design upper is constructed using modern knited technique, which boasts a superior degree of breathability and lightness. The foot is perfectly wrapped, thanks to the soft and asymmetrical tongue that respects the natural anatomical shape. The real innovation is in the coating that introduces a new technology, the Gore-Tex invisible fit membrane. The direct lamination of the membrane on the upper material eliminates creases and wrinkles, reducing pressure points and ensuring a perfect fit of the forefoot. This special membrane helps to contain the weight of the shoe, decrease water absorption and drying time. Alpha Knit GTX provides full protection in adverse weather conditions and a flexible fit. The innovative Smart Lacing System consists of two functions: the quick lacing with integrated lace lock and an external hook, which allows an immediate fit and a quick and easy adjustment even during activity, and also keeps the lacing customized even after the shoe is removed. EVA midsole provides maximum lightness, stability and impact absorption. The Vibram® Multiverse outsole features a specific design for mixed terrain, with functional gusset even at approach, with maximum grip on the heel and full toe area for safety when climbing.

• Lightweight, breathable, effective and versatile shoe designed for fast and light hiking, even on mixed and demanding terrain
• Contemporary design upper is constructed using modern knited technique, which boasts a superior degree of breathability and lightness
• The special Gore-tex invisible fit membrane helps to contain the weight of the shoe, decreases water absorption and drying times
• The quick lacing with integrated lace lock and an external hook allows an instant fit and quick and easy adjustment even during activity
• EVA midsole provides maximum lightness, stability and impact absorption