Volcom Shelter 3D Stretch 2027 – Women's Insulated Jacket

Description

The Volcom Shelter 3D Stretch is a women's insulated snowboard jacket built for riders who want serious weather protection without sacrificing mobility. Designed with a relaxed, short fit, it suits everyday mountain use from resort laps to stormy side-country sessions where staying dry and moving freely aren't optional.

At its core, the Shelter 3D Stretch delivers 20,000mm waterproofing and 20,000g breathability through a V-Science 2-layer stretch construction treated with PFAS-free DWR. An 80/60g low-loft stretch insulation keeps you warm without the bulk, while fully taped seams seal out moisture at every stitch. On the hill, the Zip Tech jacket-to-pant interface, adjustable powder skirt, mesh-lined vented underarms, and a hinged hood with hidden toggle cinch and peripheral adjustment give you the control to dial in your setup as conditions shift. Brushed tricot-lined hand warmer pockets, lycra hand gaiters, a super suede chin guard, and a goggle pocket round out the feature set. The shell is made from 100% recycled polyester.

Who It's For

The Shelter 3D Stretch is ideal for intermediate to advanced women riders who spend full days on the mountain in variable or wet conditions. The relaxed, short-length cut offers generous coverage and freedom of movement without excess material, making it a solid choice for riders who like to stay active and comfortable from first chair to last run. It also suits anyone prioritizing sustainable materials without compromising technical performance.

FAQ

• Is this jacket compatible with Volcom pants for a sealed waist connection? Yes — the Zip Tech interface is designed to connect with compatible Volcom bottoms for a linked jacket-to-pant seal that blocks out snow and wind at the waist.
• How warm is the Shelter 3D Stretch for cold days? The 80/60g low-loft insulation is built for active riding in cold to moderately cold conditions — it provides reliable warmth while staying breathable enough to avoid overheating on high-output runs.