Face Fabric:
Brush Camo, Mood Indigo Underpass Twill, & Faded Worn Tiger Colorways: DRYRIDE 2-Layer Print Polyester Plain Weave Fabric
Shade Heather Colorway: DRYRIDE 2-Layer Solid Polyester / Nylon Heather Twill Fabric
Olive Branch Distress Colorway: DRYRIDE 2-Layer Solid Nylon Dobby Gel Print Fabric
Chestnut Twill Colorway: DRYRIDE 2-Layer Solid Cotton / Polyester Pigment Wash Twill Fabric
All Other Colorways: DRYRIDE 2-Layer Polyester Twill Weave Fabric
Waterproof & Breathable Membrane:
2-Layer DRYRIDE Durashell™ | 10,000 mm Waterproofing / 10,000 g/m² Breathability: DRYRIDE 2L fabric features technical waterproofing and breathable properties in a buttery soft yet bomber package.
Lining Material:
Living Lining™: When you're warm, breathable pores expand to release excess warmth and prevent overheating. When you're cold, breathable pores shrink to trap body heat and keep you warmer for longer
Taffeta and Mesh Lining: Mesh linings are key in a 2-layer product's ability to breathe and wick away heat-robbing moisture. It also protects the coating or lamination to ensure top-level waterproofing and breathability season after season. Taffeta offers a crisp, high-end feel that is often woven using a mix of synthetic fibers. Its unique hand feel and sheen make it ideal for printing and embossing, and like all Burton linings, it wicks and breathes easy to keep you dry from the inside out.
Fit:
Mid Fit: A literal middle ground between traditional on-snow performance and street style.
Pockets:
Zippered Handwarmer Pockets
Bellowed Cargo Pockets
Vents:
Mesh-Lined Test-I-Cool Zipper with Crossflow Venting™
Features:
bluesign® Approved: As riders, we're all invested in ensuring healthy winters and snowfall for years to come. The bluesign® system unties the entire supply chain to reduce impact on both humans and the planet. bluesign® approved materials are guaranteed to use only safe chemicals and are manufactured to meet the highest standards of natural resource conversation, consumer and worker health, and clean air and water discharge during the manufacturing process.
