News — Down Parkas

Explore the Arctic Bay parka manufacturing process through archival production photography, from pattern development and fabric cutting to insulation preparation, sewing, inspection and the finished garment.

Learn how to care for an Arctic Bay winter parka, including professional cleaning, fur care, storage, spot cleaning and what to do when small damage appears.

Learn how base, mid and outer layers work together in winter, and how activity level, moisture management and parka fit affect cold-weather comfort.

Learn how winter parka shell fabrics differ, including nylon/cotton blends, wool shells, water resistance, wind resistance, fabric weight and surface treatments.

Learn how zipper type, slider design, two-way openings and front-closure construction affect winter parka mobility, durability and cold-weather function.

Learn how hood fit, insulation, collar height, chin guards, adjustment systems and face protection influence winter parka comfort and coverage.

Learn what baffles do in a down parka, how stitch-through and box-style constructions differ, and why chamber design affects insulation distribution.

Learn the anatomy of a winter parka, from shell and insulation to baffles, lining, hood, cuffs, closures, pockets and fit.

Compare natural down and synthetic insulation for winter outerwear, including warmth-to-weight, moisture performance, packability and Arctic Bay examples.

Learn the difference between water-resistant, water-repellent and waterproof winter shells, plus what fabric testing can and cannot tell you about a parka.

Understand winter parka temperature ratings, why they are guidelines rather than guarantees, and which factors affect cold-weather comfort.

Learn what down fill power measures, what 725 fill power means, and why fill power alone does not determine how warm a winter parka will feel.

Meet the new Arctic Bay Montreal Parka for Fall/Winter 2026–27, featuring a long-length silhouette, double-layer lining, four practical pockets and Made-in-Canada construction.

What does a –30°C or –40°C winter jacket rating really mean? Learn why wind, activity, layering, fit, insulation and construction all affect actual warmth.