Patagonia Women's Jackson Glacier Parka
Details
Maximum Protection, Elevated Everyday Style
Built for serious cold, wind and wet-conditions, this parka offers premium performance wrapped in a clean design. With a 2-layer waterproof shell and 700-fill-power recycled down insulation, it adapts from brisk Northwoods mornings to snowy errands and everything in between. The Old Growth Green colorway offers a rich, outdoors-oriented aesthetic with everyday versatility.
Key Features
- H2No® Performance Standard 2-layer recycled polyester shell offers waterproof, breathable and windproof protection
- 700-fill-power 100% recycled duck/goose down insulation delivers outstanding warmth-to-weight ratio
- Regular fit with hip-length or slightly longer cut designed for layering over base/mid layers
- Insulated fixed hood with hidden adjustment cords to lock out wind and retain warmth
- High hand-warmer pockets and internal zip pocket for storage and warmth
- Insulated storm cuffs and drawcord-adjustable hem to seal out the elements
- Fair Trade Certified™ sewn construction and responsibly sourced materials
Why It Works for Coontail Customers
- Built for Northwoods winters and transitional seasons — reliable warmth when you need it, protection when conditions shift
- One versatile piece for many needs — trail-ready insulation meets everyday style for errands, travel or outdoor tasks
- Quality that lasts — premium materials and construction fit Coontail’s “gear you can rely on season after season” philosophy
- Eco-conscious design — recycled shell and down align with our outdoor-aware community’s values around sustainability
- Bold color with real purpose — Old Growth Green offers standout style that still blends beautifully into local wardrobe ecosystems
Fit & Care
Fit: Regular fit designed to be worn over base layers and light mids. If you layer very thick sweaters or parkas underneath, consider sizing up for comfort.
Care: Machine wash cold. Tumble dry low or line dry. Avoid bleach and fabric softeners. Re-apply DWR treatment if water no longer beads on the surface.
