Scott Supertrac 3 Gore-Tex - Women's Trail Running Shoes

1 Review

£50.00

( / )
Unavailable

Please select all options.

Color: Metal Blue/Rose Beige
Size: 5

Notify me when this product is available:

🚚 Order within the next 2 hours, 15 minutes for delivery by 21 May, 2024.

When you're out on the trails, facing the elements head-on, having the right footwear is crucial. Introducing the Scott Supertrac 3 Gore-Tex Women's Trail Shoe – the ultimate companion for fearless trailblazers. Whether you're an experienced trail runner or just beginning your journey, this shoe is designed to provide you with unparalleled performance, comfort, and protection. In this review, we'll explore what makes the Supertrac 3 Gore-Tex the perfect choice for women who are ready to conquer nature's challenges.

  1. Gore-Tex Waterproofing: The standout feature of the Supertrac 3 is its Gore-Tex membrane, which ensures your feet stay dry and comfortable, even in the wettest conditions. Say goodbye to soggy socks and hello to the confidence of knowing you can tackle rain-soaked trails without hesitation.

  2. Exceptional Traction: Scott has equipped the Supertrac 3 with an advanced outsole featuring multidirectional lugs for superior traction. You can confidently navigate steep inclines, rocky paths, and muddy terrain with surefooted control.

  3. Responsive Cushioning: Comfort is key, and the Supertrac 3 delivers with its responsive cushioning. It absorbs impact and provides a smooth ride on uneven terrain, helping you maintain energy during your runs and tackle challenging climbs.

  4. Protective Design: Safety is paramount on the trail, and these shoes have you covered. The Supertrac 3 features a protective toe cap and a sturdy build that shields your feet from rocks and obstacles, reducing the risk of injury.

SCOTT SUPERTRAC 3 GORE-TEX WOMEN'S SHOE KEY FEATURES

  • Waterproof material construction
  • Provides traction on all terrain
  • AeroFoam+ improves stability
  • Rocker shape for running efficiency
  • Highly durable upper material