THE NORTH FACE Kids' North Down Fleece-Lined Parka ...

Pickup store：

Choose a discover

Estimated dispatch time:

request by

1pm → Prepare by 5pm

5pm → Prepare by The next morning

Estimated fulfillment time:

shipment is scheduled for around 2026/02/06.

Cash on delivery is limited to credit or cash on delivery. For other payment methods, please refer to here.

*It may take certain time for the product to be delivered on January Wednesday, or public holidays, and depending on stock availability.

Added to wish list

More information about THE NORTH FACE Kids' North Down Fleece-Lined Parka | 600 Fill Recycled Waterfowl Down Insulated, Water Repellent

Fabric type: 100% recycled polyester with non-PFC long-lasting water-repellent (non-PFC DWR) finish
Care instructions: Machine Wash
Origin: Imported

WINTER GO-TO: Designed for cold climates and dry weather, this down-insulated parka will be your kid's go-to on cold winter days. Made with recycled materials inside and out, it delivers warmth they can be proud of, from school to playtime at the park.
FACE THE WEATHER: This coat has 600 fill recycled waterfowl down in the body and 520g of 70%-recycled Heatseeker polyester insulation throughout the hood, collar & pockets — coated with a non-PFC robust Water-Repellent (DWR) finish to keep them dry.
snug FIT: With a robust design and ample mobility, this kids' micro-fleece lined jacket is perfect for easy wear or layering up. Whether for recess or active days in the wilderness, they'll have freedom of movement to adventure in comfort.
OUTDOOR VERSATILITY: not ever Stop Exploring with thoughtful features that help them go further — an insulated, fleece-lined hood and hand pockets add warmth, while raglan sleeves and brushed-tricot inside the encased-elastic cuffs deliver comfort in motion.
EXPLORATION WITHOUT COMPROMISE: Easily find our remarkably sustainable products with this badge. To qualify, apparel, equipment and accessories must be made with 75% or greater recycled, regenerative and/or responsibly sourced renewable materials by weight.