Women's trekking boots Salomon Extegra GTX henna/run raisin/mahogany rose (L47799900)

Salomon Extegra GTX Women's Trekking Shoes in Henna/Run Raisin/Mahogany Rose are an excellent choice for female mountain hiking enthusiasts seeking reliable footwear. Made from synthetic and textile materials, these shoes combine durability and comfort. The low height of the upper allows for freedom of movement, which is crucial when walking for extended periods on varied terrain.

GORE-TEX® Technology

Salomon Extegra GTX Women's Trekking Shoes in Henna/Run Raisin/Mahogany Rose are equipped with a GORE-TEX® membrane. This advanced technology guarantees complete waterproofing while allowing the feet to breathe. As a result, these shoes perform well in all weather conditions, providing comfort even on rainy days.

Exceptional Grip with All Terrain Contagrip®

The outsole of the Salomon Extegra GTX Women's Trekking Shoes in Henna/Run Raisin/Mahogany Rose features All Terrain Contagrip® technology. This ensures excellent traction on various surfaces, significantly enhancing safety during hikes on challenging terrain. This enables confident movement on both wet and dry trails.

Comfort with OrthoLite® Insole

Salomon Extegra GTX Women's Trekking Shoes in Henna/Run Raisin/Mahogany Rose come with an OrthoLite® insole that guarantees exceptional comfort and cushioning. Additionally, this insole has antibacterial properties, which reduce the development of bacteria and unpleasant odors. The shoelaces allow for easy adjustment to the shape of the foot, increasing user comfort.

Salomon Extegra GTX Women's Trekking Shoes - Features:

• GORE-TEX® membrane providing waterproofing and breathability;
• All Terrain Contagrip® outsole offering excellent grip on various surfaces;
• OrthoLite® insole ensuring comfort and cushioning;
• Upper material made of synthetic and textile for durability and comfort;
• Low height of the upper enabling freedom of movement;
• Shoelaces allowing precise fitting of the shoe to the foot;
• Full rand reinforcing the structure and protecting against mechanical damage.