"In Stock" means this item is ready to ship. Orders placed before 3pm EST using a ship speed of 1 Day, 2 Days, or 3 Days will ship SAME DAY. Orders using 4-6 Day ship speed will ship within one business day.
"Ship Date" means we will special-order the product for you, and this is the date we expect your shipment to leave our warehouse.
"Oversized" means the item is large and can only be shipped using 4-6 Day ship speed. Additional shipping charges may apply.
"Freight" means the item is too large for standard shipping methods, and must be shipped by truck freight for an additional fee. Someone must be present to inspect, sign, and accept delivery, so we will call you to schedule delivery.
If you have any questions, please call 844-833-6921
The North Face Girls' Mix-N-Match Triclimate Shell is a versatile shell for weatherproof protection in a wide range of seasons. This shell features DryVent 2L fabric, which will keep rain, snow, sleet and wind out. She stays protected whether hiking in the rain, exploring the city in the fall or skiing through snow come winter. It offers the option for zip-in compatibility with complementing jackets by The North Face, such as a Denali fleece (fleece not included).
Products on Sale are Discontinued Styles or Colors.
Lining: 100% recycled polyester plain weave with DWR finish
Primary Shell Fabric:
Hood, Seam-Sealed, Waterproof, Water-resistant
3.54 oz / Square Yard
Type of Waterproofing:
DWR, The North Face DryVent
We only ship this brand to US Addresses.
Durable Water Repellent
DWR (Durable Water Repellent) is a coating that is applied to fabrics which makes them water-resistant, or hydrophobic. A DWR finish doesn't interfere with breathability, which makes it perfect for adverse conditions in the backcountry.
The North Face DryVent
Dryvent™ fabrics are engineered to be fully waterproof, windproof and breathable. The outer face of the textile is treated with a durable water repellant finish that helps form droplets and repel water from the surface. Each multi layered textile is engineered to allow water vapor to pass through from the inside to the outside.