Hiker Kuru Low DrymaxX Outdoor Shoe Women's

Description

Low cut hiking shoe Kuru Low DX is modelled on last specially developed for Halti outdoor shoes, with excellent comfort and fitting. High quality materials ensure durability and protection, while DrymaxX membrane with sock construction make the shoe completely waterproof.

Lightweight and shock absorbing Phylon midsole is paired with new Michelin Ofroad rubber outsole designed specifically for Halti, and hiking purposes in challenging terrain.

Hiker Kuru shoes are available in US sizes. Please refer to the size chart to find your corresponding US size.

Main purpose of use: Hiking and Outdoors

• Features
• Materials
• Size & Fit
• Wash & Care

• • Low cut hiking shoe
  • Recycled textile upper
  • Waterproof DrymaxX® membrane and sock construction
  • Halti Michelin Offorad rubber outsole
  • Shock absorbing phylon midsole
  • Removable anatomically designed insole
• • Material 1: Recycled textile / pu. Upper textile with TPU printed reinforcements
  • Material 2: Textile
    - Material content: 95% Polyester 5% elastane
  • Material 3: DrymaxX®
    - Material content: 100% PU
  • Outsole: Halti Michelin Off-road
  • Foot bed: Removable anatomical EVA
  • Technologies: DrymaxX®, Michelin, Phylon, THINK ahead
  • Certificates & Eco Labels:
• • Available sizes: 5,5, 6, 6,5, 7, 7,5, 8, 8,5, 9, 9,5
  • Weight: 0,7 kg
• • If the shoes get wet, or after wash, dry them at room temperature or in a low temperature dryer cabinet, max. 40° degrees. Never dry on a radiator or in a hot sauna. Good air conditioning is desirable. Paper can be used inside the shoe, to absorb moisture.
  • Store in a dry place at room temperature.
  • Sofsthell and other textile shoes can be washed by hand in lukewarm water with mild soap. Please note that due to the multi-layer structure of DrymaxX shoes, they take a long time to dry and therefore washing should be avoided.
  • After use, brush/ wipe sand, mud and dust off the shoes, also from the inside. As the shoe dries, the dirt hardens and may break the surface material.