Salomon Techamphibian 5 women's hiking boots (L47750800)

Salomon Techamphibian 5 Women's Hiking Shoes are the perfect choice for active women seeking comfort and versatility. Thanks to the low-cut collar, they provide freedom of movement, which is crucial during long hikes. Made from high-quality materials, they guarantee durability and resistance to various terrain conditions. The breathability of the material ensures thermal comfort, which is important during intensive use.

Innovative technologies for your comfort

The Salomon Techamphibian 5 women's hiking shoes incorporate modern technologies that enhance user comfort. The EnergyCell™ system is an advanced cushioning foam that absorbs shocks, reducing the perceived fatigue of the feet. Meanwhile, the Quicklace™ technology facilitates quick and precise lacing with one motion, allowing for instant adjustment of the footwear to the shape of the foot.

Grip and stability in all conditions

The Salomon Techamphibian 5 women's hiking shoes are equipped with a sole featuring Water Contagrip® technology. This advanced sole provides excellent grip on wet and slippery surfaces, increasing safety when moving in challenging terrain conditions. Thanks to this, the footwear is ideal for various expeditions, regardless of the type of surface.

Salomon's ecological approach

The Salomon Techamphibian 5 women's hiking shoes were designed with environmental protection in mind. The use of PFC-free materials reflects Salomon's responsible approach to environmentally friendly production. This allows users to enjoy not only comfort but also the awareness that their choice aligns with ecological standards.

Salomon Techamphibian 5 Women's Hiking Shoes - features:

• Ideal for various hiking activities;
• Made from high-quality materials for durability and resistance;
• Breathable material ensuring thermal comfort;
• EnergyCell™ technology provides cushioning and shock absorption;
• Quicklace™ system enables quick and precise lacing;
• Water Contagrip® technology for excellent grip on wet surfaces;
• Ecological approach thanks to PFC-free materials.