Women's running shoes SCOTT Kinabalu 3 Gore-Tex black/night purple (417797)

SCOTT Kinabalu 3 Gore-Tex Women's Running Shoes black/night purple is an excellent choice for female runners looking for training shoes designed for trail running. Made from mesh and thermoplastic polyurethane (TPU), they offer the right breathability and durability. The use of a standard fit upper ensures comfort even during prolonged wear.

GORE-TEX® Technology

The SCOTT Kinabalu 3 Gore-Tex women's running shoes are equipped with GORE-TEX® technology, which provides excellent waterproofing. This keeps the feet dry, allowing for comfortable running even on rainy days. At the same time, this technology maintains adequate breathability, which is crucial for keeping feet fresh.

Comfort and Cushioning

The SCOTT Kinabalu 3 Gore-Tex shoes feature an OrthoLite® Eco™ insole that ensures excellent fit and cushioning. This insole enhances foot support and increases running comfort. Additionally, the midsole made from foam guarantees optimal cushioning, which is particularly important during training on varied surfaces.

Durable Construction

The outsole made from ethylene-vinyl acetate (EVA) and rubber provides the SCOTT Kinabalu 3 Gore-Tex shoes with adequate grip and durability. This makes the shoes perform well in various terrain conditions. The use of Ripstop technology enhances the material's resistance to tears and mechanical damage, extending the shoe's lifespan.

SCOTT Kinabalu 3 Gore-Tex Women's Running Shoes - Features:

• Constructed from mesh and thermoplastic polyurethane (TPU) for durability and breathability;
• Standard fit upper ensuring comfort;
• Waterproofing thanks to GORE-TEX® technology;
• Breathability allowing for comfort during running;
• OrthoLite® Eco™ insole providing excellent fit and cushioning;
• Foam midsole guaranteeing optimal cushioning;
• EVA and rubber outsole ensuring grip and durability;
• Ripstop technology increasing resistance to tears and mechanical damage;
• Laces as a fastening method allowing for individual adjustment.