The North Face Reversible Shasta Full Zip Hooded Insulated Jacket Boys'

With HEATSEEKER™ insulation and a water-repellent finish on one side, and high-pile fleece on the other, the Boys’ Reversible Shasta Full-Zip Hooded Jacket offers a powerful pairing against winter’s worst. The reversible design allows them to quickly adapt to the weather, while a relaxed fit means they’ll have room for layers either way. We’ve updated our youth sizing. Please use our sizing guide to find your best fit.

The North Face Reversible Shasta Full Zip Hooded Insulated Jacket Boys' Features & Specifications:

• Relaxed fit
• Reversible
• Non-PFC DWR finish on outer helps keep them dry
• Outer and reverse body fabrics made with recycled polyester
• HEATSEEKER™ synthetic insulation is made with hollow-core fibers for added warmth, performance and durability
• Quilting pattern on outer body
• Attached, three-piece hood
• VISLON® center front zip with an auto-lock slider and chin guard
• Set-in sleeves with slightly dropped shoulders
• Secure-zip chest pocket on outer
• Secure-zip hand pockets on outer and open hand pockets on reverse
• Elastic binding on hood, cuffs and hem
• ID label
• Heat transfer logo on left chest of outer; embroidered logo on left chest of reverse
• Center Back: 22'
• outer body: 78 gm² 100% recycled polyester with non-PFC durable water-repellent (non-PFC DWR) finish
• reverse body: 220 gm² 100% recycled polyester brushed-face high-pile fleece
• insulation: 150 g HEATSEEKER™ 70% post-consumer recycled polyester
• Synthetic fill: Synthetic insulation maintains warmth even in damp conditions.
• DWR - Water repellent: A durable finish to allow for water beads on the surface of water repellent materials, preventing the fabric from saturating
• Reversible: Turn it inside out for an alternative look.
• Recycled material: Recycled content – Helps reduce landfill waste and the use of virgin materials.
• Circular Design: This item is part of our Circular Design initiative – a collection designed to help regenerate natural systems by minimising waste and pollution.