evo.com | Arc'teryx Synthetic > Previously known as the Atom AR Hoodie, the freshly revamped Arc'teryx Atom Heavyweight Hoodie offers twice the Coreloft(TM) insulating warmth as the regular Atom while still maintaining that same extremely comfortable, wind-resistant, and quiet Tyono(TM) material. Complete with an insulated, helmet-compatible hood, Permeair(TM) side panels, and stretch-woven cuffs, the new Arc'teryx Atom Heavyweight Hoodie retains its title as one of the best darn midlayer (or standalone!) jackets that money can buy. Adjustable Hood Drawcord with Single Pull Adjuster Insulation 100% Recycled Polyester Coreloft(TM) 120g, bluesign approved. Made with highly crimped multi-denier siliconized polyester yarn, this lightweight, breathable, and thermally efficient, 100% polyester staple fibre is very compressible and has excellent loft retention. Stretch-Knit Cuffs Regular Fit Arc'teryx's classic fit is cut comfortably throughout the chest, waist, hip, and thigh. It allows freedom of movement, provides shape, and layers comfortably over or under our layers. Face 100% Nylon Tyono(TM) 30 Denier Shell with FC0 DWR Treatment | Women's Arc'teryx Atom Heavyweight Hoodie 2025 - Large White | Nylon/Polyester
Price: $350.00 from evo
| Merchant | Price | |
|---|---|---|
| $350.00 | Visit Store |
evo.com | Arc'teryx Synthetic > Providing reliable warmth in an incredibly versatile package, the Arc'teryx Atom Heavyweight Hoodie (previously known as the Atom AR) is equally viable as a midlayer beneath your ski shell or as a standalone jacket. Updated...
evo.com | Arc'teryx Synthetic > If you've ever set foot outside, the Arc'teryx Atom Hoodie should be a staple in your closet. The Coreloft(TM) insulation and Tyono(TM) shell are durable enough to withstand everyday use and the Stormhood(TM) and fitted...
evo.com | Arc'teryx Synthetic > Designed for alpine adventurers braving extreme cold, the Arc'teryx Proton Heavyweight Hoodie boasts Coreloft(TM) insulation and Fortius(TM) Air 50 face fabric for unparalleled warmth and durability during high-output activities....