Description

Shoes STEINBOCK GTX 2.0 Trekking Gore-Tex® Woman

Ideal for outdoor activities during the hottest season, the Steinbock GTX 2.0 for women are trekking shoes that stand out for their freshness, stability and comfort. Made of thermoformed suede, the Steinbock GTX combines a waterproof GORE-TEX® lining and a Dryfast Space Shell insole: a mix that guarantees maximum breathability and comfort. The new Michelin® All Terrain PLUS sole, in the OCX rubber compound, guarantees impact absorption, traction and grip on wet or dry ground.

FEATURES

• 1.6 / 1.8 printed suede upper: Support and resistance
• OCX rubber compound: superior grip on both wet and dry surfaces
• Dryfast Space Shell footbed: superior comfort and warmth, 'moisture, breathability
• All Terrain Plus sole: Cushioning, stability and grip
• Collar in stretch fabric: comfort of the ankle
• Full rubber edge: full protection
• Lining in GORE-TEX® Sierra: waterproofness, breathability, medium insulation
• Dolomite Wrapping System: innovative tongue that allows the foot to move naturally

MATERIALS AND COMPOSITION

SOLE: Molded EVA - Michelin® All Terrain tread - OCX rubber compound
INSOLE: Dryfast Space Shell
LINING: GORE-TEX Performance Comfort Footwear - GORE-TEX elastic laminate
UPPER : Printed suede 1.6 / 1.8 - Stretch fabric

TECHNOLOGIES

GORE-TEX
The use of GORE-TEX® in footwear creates a breathable and waterproof barrier through a series of thin membranes. Feet stay dry and fresh in all conditions.

MICHELIN SOLE
MICHELIN® soles guarantee stability, comfort and superior grip on all terrains.

REGULAR FIT
Suitable for hiking and backpacking activities: normal fit, suitable for walking on all terrains.

MEDIUM INSOLE
Midsole developed for hiking footwear, for walks on medium-duty trails that require a sure-footed and secure foot hold.

DAS
DAS - Dolomite Anatomic System - is the construction system with which most of the models in the Dolomite collection are made. Its function is to provide the shoe with an internal morphology as close as possible to the anatomy of the foot and to support the biomechanics of the step.
By limiting the repercussions of impacts to a minimum and favoring natural progression, extraordinary comfort and safety are achieved.
The DAS models are designed to meet the needs necessary for different activities, carefully calibrating performance, comfort, lightness, reliability, durability.