LOWA Delago GTX GORE-TEX® LO Ws Hiking Shoes Women petrol

Save 11%
178,00 €
instead of 200,00 € RRP
19% VAT included, free shipping DE/AT
Color: Petrol/aquamarine
Mountainboot-Finder
In stock
Delivery time: 2-4 working days
30 days free return
Store availability: Please choose size

Product description

​Let's go outside!

The Delago GTX LO  Ws is a lightweight, functional and, above all, resolable low-cut shoe that makes a clear statement during mountain excursions about exactly who is wearing the footwear. The shoe has gained quite a following among mountaineering enthusiasts. Its features show why: a sporty approach design, a rubber cap in the toe area, movable lacing loops that facilitate the individual, situation-defined adjustment of the shoe’s fit and a combination of Vibram® outsole and a midsole made of LOWA DynaPU®+

Technical data

Vibram
Vibram:

This shoe features a Vibram sole. The Italian sole manufacturer has been one of the leading brands in the field of high-quality soles for many years.

The VIBRAM EVO relies on the proven Vibram technology: multifunctional profile design with an optimal rubber compound for hiking on a wide variety of terrains. Combined with the tried-and-tested heel profile for pleasant descents.

Resoleable
Resoleable:

There is the possibility of resoling.

Flexible
Flexible:

The shoe is flexible and supports the natural rolling behavior.

Women Last
Women Last:

To ensure an optimal fit, the last is specially adapted to the female anatomy. The last is largely responsible for ensuring that the shoe fits well. Since women's feet have a smaller volume, the instep height and ball circumference, for example, are adjusted.

DynaPU+®
DynaPU+®:

LOWA DynaPU+® is a specially developed foam that is used for the midsole of the shoe. This is largely responsible for the rolling behavior and cushioning of a shoe. Due to its special cell structure, the new LOWA DynaPU+® offers an even higher resilience, which ensures a better rebound effect for the athlete. This resilience does not lose any of its performance even if the load is sustained.