Men's Blackside Puffy Jacket (Past Season)

The men's Rossignol Blackside Puffy Jacket combines high-loft synthetic insulation with the latest waterproof, breathable technology to match fast-paced days on the mountain. Four-way stretch gives it an easy-moving feel that lets you move and twist naturally. PrimaLoft® Thermoplume® insulation mimics the warmth, softness and compressibility of down to turn up the heat on cold lift rides. Fully-taped seams and bonded insulation baffles enhance storm protection, keeping you dry and comfortable through stormy weather. Ski day details like stretch cuffs with thumb loops, an attached goggle cloth and a built-in powder skirt extend your comfort range on cold days. The removable hood lets you customize your look, and Rossignol's signature rooster reflects our century-old alpine legacy.

Classic Fit
A flattering, tailored cut inspired by sport ski style

20,000/20,000 Waterproof/Breathable Membrane
Stay dry and comfortable in heavy snow and rain

High-Loft Synthetic Insulation in Body
100% post-consumer recycled PrimaLoft® Thermoplume® insulation offers high-loft warmth featuring silky plumes of fiber that mimic the lightweight warmth, softness, and compressibility of natural goose down

Lightweight, Breathable and Recycled Warmth in Sleeves
Breathable Primaloft® Black insulation keeps you warm even in wet conditions and features 100% post-consumer recycled insulation made from plastic bottles. GRS Certified (Global Recycled Standard)

Four-Way Stretch
Performance fabric with the highest level of stretch to move with your body for increased comfort, mobility and a natural range of motion

Optimized Waterproofing
Welded construction for optimum waterproofing

Fully Taped Seams
All seams are taped to create the most complete seal against wind, rain and snow

Skier Designed Features
Details like an integrated powder skirt, thumbhole cuffs and zip vents put your comfort first

PFC-Free Water-Repellency
Includes a Durable Water-Repellent (DWR) coating that sheds light snow and rain without using toxic fluorocarbon-based chemicals