Women's Nuptse Strap Booties II
notify me when available
Please enter your email so we can alert you when the Women's Nuptse Strap Booties II in is back in stock. We promise not to spam you. You will only be notified once.
Benefits
Benefits
Waterproof
Waterproof fabric provides an impenetrable moisture barrier for guaranteed dryness.
Breathable
Air can easily pass through the fabric in this garment, helping to regulate body temperature.
Recycled material
Helps reduce landfill waste and the use of virgin materials.
Down fill
Lofty down insulation maintains warmth in cold conditions.
Intended Use
Lifestyle
Details
It's like walking around with your feet still inside your duvet - our iconic Nuptse Booties now come in an ankle-strap waterproof version. They feature 700-fill of responsibly-sourced down and durable grippy rubber soles optimum optimised for winter walking. While the DryVent™ technology will keep your feet dry in the snow.
Product Specifications
- Style:
- 5G2J
- :
- :
- Weight :
- ½ pair 310 g, pair 619.16 g
Features
- Waterproof, 100% recycled closed-woven polyester upper
- 700 fill goose down certified to the Responsible Down Standard (RDS) by Control Union
- Durable and protective overlays
- Durable heel webbing and waterproof front zip for easy on/off
- Single-density, moulded-EVA midsole
- Outsole-grade EVA is lightweight and offers optimum durability
- SurfaceCTRL™ rubber outsole optimised for winter conditions
- DryVent™ waterproof membrane
- OrthoLite® sock liner
Technology
- Ortholite®
- OrthoLite® foam footbeds are lightweight and breathable, and feature built-in moisture management and antimicrobial action.
- DRYVENT™
- Seamsealed two- and three-layer DryVent™ fabrics are engineered to be waterproof, windproof and breathable.
- Surface CTRL®
- This bio-based outsole rubber compound provides superior traction and durability.
- RDS-CERTIFIED DOWN
- The Responsible Down Standard (RDS) ensures our goose down is ethically sourced, responsibly produced and traceable. Natural down delivers the highest warmth-to-weight ratio of any insulation.