Women's running shoes Nike ACG Pegasus Trail GORE-TEX Barely Green/Silver Lilac/Light Bone (IQ1394-300)

Women's Nike ACG Pegasus Trail GORE-TEX Running Shoes in Barely Green/Silver Lilac/Light Bone are the ideal choice for female runners looking for versatile and reliable training shoes. Designed for trail running, they offer excellent cushioning thanks to the ReactX technology used in the midsole. Made of mesh, they provide proper ventilation and comfort during long training sessions, while the wide fit upper ensures a comfortable fit.

GORE-TEX® Technology

The women's Nike ACG Pegasus Trail GORE-TEX shoes are equipped with an advanced GORE-TEX® membrane. This provides excellent waterproofing, protecting the feet from moisture and adverse weather conditions. This technology allows for the use of the shoes even in challenging terrain conditions, guaranteeing dryness and comfort.

Cushioning and Stability

The Nike ACG Pegasus Trail model features medium cushioning that absorbs shocks efficiently while running. The ReactX midsole not only offers cushioning but also dynamic support and stability, leading to confident strides. As a result, the shoes perform excellently on diverse trail surfaces.

Traction and Durability

The outsole made from rubber provides excellent traction on various surfaces. The innovative Nike Trail ATC technology enhances durability and wear resistance, which is crucial for trail running. The robust construction ensures that the shoes can handle even the most demanding conditions.

Women's Nike ACG Pegasus Trail GORE-TEX Running Shoes - features:

• Designed for trail running, offering versatility;
• Medium cushioning providing comfort during runs;
• GORE-TEX® technology ensuring waterproofing and protection from moisture;
• ReactX midsole providing dynamic support and stability;
• Mesh construction ensuring optimal ventilation and comfort;
• Wide fit upper ensuring a comfortable fit;
• Nike Trail ATC technology increasing durability and wear resistance;
• Rubber outsole providing excellent traction on various surfaces.