Rush Trail GTX Hiking Shoes - Women

Sale price $161.99 CAD Regular price $268.99
Shipping calculated at checkout.

Delivery not affected by strike at Canada Post

In the event of a Canada Post strike, our deliveries will continue to be made using alternative carriers.

We are monitoring the situation closely and have implemented solutions to avoid any service interruptions .

Shop with confidence – your packages will be delivered as scheduled!

Size
Color: Smoke

Free pickup at our warehouse

Usually ready within 24 hours, depending on our pickup schedule at the warehouse located at 7250 Clark Street, Montreal.

  • Monday: 10:00 to 16:30
  • Wednesday: 10:00 to 16:30
  • Thursday: 10:00 to 16:30

Delivery

  • Standard fee: $9.99
  • Shipped in less than 24 hours
  • Free shipping order over 150$
Return Policies

Description

*New without box*

Scarpa's Rush Trail GTX women's hiking boots combine stability, comfort, and performance for hikers who demand reliability on all types of terrain. Thanks to the Gore-Tex membrane, they provide waterproof and breathable protection, while their Presa sole guarantees exceptional grip. Lightweight and dynamic, they are ideal for day hikes or treks on varied terrain, offering the perfect balance between flexibility and support.

Benefits
• Waterproof and breathable protection with the Gore-Tex membrane.
• Excellent cushioning and stability thanks to IKS (Interactive Kinetic System) technology.
• Superior grip on wet or uneven ground.
• Long-lasting comfort with a specific fit for the female foot.

Features


• Material: 1.7 mm suede leather and technical mesh fabric.

• Membrane: Gore-Tex Extended Comfort (waterproof and breathable).

• Sole: Presa® TRK-01 rubber with deep lugs.

• Midsole: Dual density EVA with IKS technology for precise cushioning.

• Drop: 8 mm.

• Weight: Approximately 410g per shoe (size 7 US).

• Type: Low hiking shoe.

• Activity: Hiking, trekking, traveling.

• Technical characteristics: Waterproof, breathable, grippy sole, high-performance cushioning, reinforced stability.