Quilted Jackets
A quilted jacket works by holding insulation — usually a layer of polyester wadding — between an outer shell and an inner lining, stitched together in a repeating pattern that keeps that insulation from shifting or bunching. That stitched pattern is what gives quilted jackets their distinctive look, but it's also doing real structural work: Quilting helps keep the insulation distributed within defined sections, reducing excessive shifting or migration during wear.
Our quilted jackets range from lightweight cropped styles built for layering to hooded, longer-coverage pieces meant to stand on their own in colder weather — including reversible and high-shine finishes if you want something less traditional than a plain matte shell.
Quilted Jackets Designed for Different Levels of Warmth
Not every quilted jacket is built for the same weather, and that's by design rather than inconsistency. Lighter styles, with thinner wadding and a soft cotton or nylon shell, are built for layering over a t-shirt on a cool day or under a coat once it gets colder — genuinely useful in autumn and spring, but not intended to be your only layer in a hard winter. Mid-weight styles generally use a greater weight of insulation and fuller coverage, closer to a true winter-oriented jacket you could wear on its own through the coldest months. Knowing which category a jacket falls into before you buy is the difference between it doing its job and sitting unworn in your closet from November to March.
What Makes a Good Quilted Jacket?
A quilted jacket is really five things working together, not one: the outer shell, the wadding inside it, how much loft that wadding holds, the quilting pattern stitching it all in place, and the lining against your skin. Change any one of those and the jacket's actual warmth and durability change with it — which is why two jackets that look almost identical in photos can perform completely differently in the cold.
The wadding's GSM number matters, but it's not the whole story. GSM (grams per square metre) tells you how much the wadding weighs per square metre — not automatically how warm the jacket will feel. A 150 GSM wadding that's been compressed flat by tight, closely spaced quilting will trap less warm air than the same 150 GSM wadding given room to loft properly between wider quilted channels. Loft — how much the insulation actually puffs up rather than lying flat — is what traps warm air, and it's influenced as much by the quilting pattern and stitch spacing as it is by the raw GSM figure on a spec sheet. If you're comparing two jackets purely on GSM number, you're only getting part of the picture.
Choose the Right Quilted Jacket for Your Style
Cropped styles sit at or above the hip, built to pair with high-waisted trousers or jeans without adding bulk — a styling-first choice more than a maximum-warmth one. Hooded jackets add coverage for wind and light rain around the neck and head, useful if you're commuting or walking rather than moving between car and door. Bomber-cut and kimono-style quilted jackets trade traditional zip-front structure for a more relaxed, belt-tied or ribbed-hem silhouette — better suited to layering over knitwear than to blocking serious wind. There's no single "best" shape here; the right one depends on whether you're prioritizing how it looks under a coat, or whether it needs to work as your only outer layer that day.
Quilted Jacket Materials and Insulation
Shells across our quilted jackets are typically nylon, polyester, or cotton, sometimes in cotton-blend or technical fabric finishes depending on the style. Insulation is almost always polyester wadding — including recycled polyester in a number of our styles — rather than down. Recycled polyester wadding performs comparably to standard polyester fill while using reclaimed material in its production, a genuine sustainability trade-off worth knowing about if that factors into your decision, though it's not inherently warmer or cooler than virgin polyester at the same GSM and loft.
Construction is almost always sewn-through — shell, wadding, and lining stitched together directly in defined quilted sections — which keeps costs and bulk down but does create small cold points directly along each stitch line, since the insulation is slightly compressed there. This is a normal trade-off in quilted jackets generally, not a flaw specific to any one piece, and it's part of why a quilted jacket and a true channel-baffled puffer perform differently even at similar GSM.
Are Quilted Jackets Waterproof?
Generally, no — and it's worth being direct about this rather than letting the word "quilted" do work it shouldn't. Most quilted jackets, including ours, use a water-repellent finish rather than a fully waterproof membrane. A water-repellent shell causes light rain and everyday moisture to bead and run off the surface, which is genuinely useful for a damp commute or unpredictable weather, but it isn't built to withstand sustained, heavy rain the way a dedicated waterproof rain shell is. Some shells add wind-resistance as a related but separate quality — a tighter weave that cuts down draught even where it isn't specifically treated against water. If you need guaranteed protection in serious rain, a quilted jacket generally isn't the right category to shop in — check our anorak styles instead, which are built and rated specifically for that.
How to Choose Your Quilted Jacket
Start with how you'll actually wear it: as a standalone layer through real cold, or as a lighter piece worn over a knit and under a coat. That answer points you toward mid-weight or lightweight insulation before you even look at a specific product. From there, let silhouette follow function — cropped and kimono styles suit layering and styling flexibility, while hooded, fuller-coverage jackets suit direct exposure to wind and commuting. Finally, check the shell and lining material against how you'll care for it; cotton shells look and feel different from nylon, and generally need a gentler wash.