BURTON Baker Hi-Loft Tight XL
Bestseller
- Product Code:
- 108506427
441 GEL
Properties
Design
- Size
- XL
- Color
- Black
Other features
- Brand
- Burton
Description
Cold, stormy riding is no match for the stretchy fit and high-loft warmth of these fleece tights.
Layer up like you mean business.
The women´s Burton (ak) Baker Hi-Loft Pants are designed for the coldest days with the breathability and sweat-wicking you need to get after it on the mountain or in the backcountry.
The high-loft fleece is ultrasoft and full of stretch while keeping a low-profile for a seriously warm, comfy fit.
Features:
Next-to-skin fit hugs the body with minimal extra fabric.
Polartec® High Loft™ fleece is ultra soft and highly compressible, helping to retain more thermal warmth while staying lightweight and breathable.
Polartec® Power Stretch® Pro blocking is stretchy, abrasion-resistant, and sweat-wicking and provides a contoured performance fit.
Chafe-free softlock seams for added comfort.
Women´s-specific contoured waistband.
Reflective details.
bluesign® approved materials use only safe chemicals and reduce impact on both humans and the planet during manufacturing.
Layer up like you mean business.
The women´s Burton (ak) Baker Hi-Loft Pants are designed for the coldest days with the breathability and sweat-wicking you need to get after it on the mountain or in the backcountry.
The high-loft fleece is ultrasoft and full of stretch while keeping a low-profile for a seriously warm, comfy fit.
Features:
Next-to-skin fit hugs the body with minimal extra fabric.
Polartec® High Loft™ fleece is ultra soft and highly compressible, helping to retain more thermal warmth while staying lightweight and breathable.
Polartec® Power Stretch® Pro blocking is stretchy, abrasion-resistant, and sweat-wicking and provides a contoured performance fit.
Chafe-free softlock seams for added comfort.
Women´s-specific contoured waistband.
Reflective details.
bluesign® approved materials use only safe chemicals and reduce impact on both humans and the planet during manufacturing.
