[ak] Embark GORE-TEX 2L Jacket

From cold snaps to spring slush, GORE-TEX fabric technology and unmatched versatility for every condition, all season.

The GUARANTEED TO KEEP YOU DRY women's Burton [ak] GORE-TEX 2L Embark Jacket mixes the storm-proofing of GORE-TEX fabric with the function and fit demanded by life in the backcountry. The design starts with fully GORE-TEX seam taped fabric, then goes further with premium [ak] features such as water-resistant zips, an ergo micro-adjust hood, and articulated cut lines for total freedom. Lightweight with venting options and room for layers underneath, this jacket defines total riding bliss.

• Regular articulated fit is just right: Not too tight or too baggy, with shaping at the elbows and shoulders for easy movement

• GORE-TEX two-layer fabric with integrated stretchy materials for easy movement is windproof, waterproof, breathable, and durable: It's the versatile solution to staying warm and dry while moving outside; GORE-TEX fabric is GUARANTEED TO KEEP YOU DRY

• Offers breathability for medium-intensity activities with moderate sweat management for quick-drying comfort with the durability of a GORE-TEX membrane for reliable weatherproofing. Zip vents enhance breathability during more intense activity and in warmer conditions.

• PrimaLoft Silver insulation [60g] repels moisture while trapping heat to keep you warm in nasty conditions; GORE-TEX seam tape provides durable seam protection for a completely weather and waterproof design

• StormForm hood with drop construction and Cohaesive embedded cinch; Ergonomic water-repellent zip-out stretch waist gaiter with jacket-to-pant interface

• Mesh-lined, no-snag Pit Zip vents; Two-way center front zipper; YKK water-resistant zippers

• Shaped cuffs; Reflective logo detail; Zippered chest pocket, therma-pocket with media port, zippered microfleece hand-warmer pockets and sleeve pass pocket, and power mesh dump pocket

• bluesign approved materials use only safe chemicals and reduce impact on both humans and the planet during manufacturing