Description

Shoes 1954 KARAKORUM EVO Lifestyle Woman

The 1954 Karakorum Evo combines the high quality of craftsmanship and materials from the "Fifty-four" range with a new sustainable design. There are many features that make these shoes truly eco-sustainable, starting with the Vibram Eco Step sole, made with 30% recycled compound, and the 20% recycled EVA midsole. The ergonomic insole in mesh and polyurethane, made with DAS Light technology, contains natural coconut fibers and is 100% recycled, as are the laces.

FEATURES

• Ecological and iconic lifestyle footwear inspired by the mountains, with Italian design;
• Made with the finest full-grain leather and with a laser-engraved design on the heel, depicting the Karakorum expedition;
• Sustainable Dolomite Vibram® sole in Eco Step compound, made with a minimum of 30% recycled rubber;
• Eco Microporous shock-absorbing with 20% recycled EVA;
• Laces and second pair of laces 100% recycled;
• Very comfortable footbed in 100% recycled mesh, polyurethane and coconut fiber;
• Eco-sustainable footwear, with a unique vintage design that helps reduce the environmental impact
• 100% natural cork insole

TECHNOLOGIES

VIBRAM®
Vibram® soles, thanks to the combination of hyper-functional design and exclusive rubber compounds, guarantee the best performance in terms of comfort and quality over time.

DAS® LIGHT
DAS Light - Dolomite Anatomic System Light - is an exclusive Dolomite system consisting of a last and an anatomic footbed, which ensures a comfortable fit, facilitates walking reducing fatigue, improves posture ensuring greater stability and balance.

DOLOMITE ECO-FRIENDLY
Dolomite develops a range of products with recycled materials for a more sustainable production and life cycle of the product. Some components inside this garment have been made with recycled material.

MATERIALS AND COMPOSITION

UPPER : Top quality full grain leather
LINING : full grain leather
INSOLE : DAS light in mesh and 100% recycled polyurethane
SOLE : Dolomite Vibram® in Eco Step compound - Recycled shock-absorbing microporous structure