Store

Patagonia Womens Better Jacket - Sale

Patagonia Womens Better Jacket - Sale - To commuters and global travelers there is something reassuring about a warm, exceedingly handsome jacket with deep and trustworthy pockets. The Better Jacket is made from a richly textured, cross-dyed fabric with a soft fleece interior and a heathered, sweater-knit face that resists pilling. Princess seams soften the style and give a contoured, feminine fit. Front placket has a two-button closure at the tall, stand-up neck and a single-button closure at the waist. Cargo pockets secure with button closures. Reinforced elbow patches. Hip length. Details Fabric has a sweater-knit face, fleece interior and heathered yarns Four patch pockets with button closures; drop-in handwarmer pockets also have side entry Reinforced elbow patches Princess seams and a slight drop-tail hem Front placket with a two-button closure at neck and single-button closure at waist Rolled shoulder seams Hip length 9-oz 100% polyester fleece with a sweater-knit face and fleece interior 576 g (20.3 oz) Made in Sri Lanka.

$139.00
Buy
 

Related Products

PATAGONIA WOMEN'S BETTER SWEATER JACKET CLASSIC NAVY (S)

PATAGONIA WOMEN'S BETTER SWEATER JACKET CLASSIC NAVY (S)
$139.00

Warm polyester fleece meets your favorite sweater in this full-zip, cross-dye jacket dyed with a low-impact process that significantly reduces the use of dyestuffs, energy and water compared to conventional dyeing methods.

PATAGONIA WOMEN'S DOWNTOWN LOFT JACKET BLACK (XL)

PATAGONIA WOMEN'S DOWNTOWN LOFT JACKET BLACK (XL)
$279.00

With modern style lines, this 600-fill-power hooded duck down jacket has a satin polyester shell with a DWR (durable water repellent) finish and is insulated with 100% Traceable Down.

PATAGONIA WOMEN'S NANO PUFF VEST ARBOR GREEN (M)

PATAGONIA WOMEN'S NANO PUFF VEST ARBOR GREEN (M)
$149.00

Windproof and water-resistant, the Nano Puffer Vest is made with warm, incredibly lightweight, highly compressible 60-g PrimaLofter Gold insulation; ideal as outerwear or as an insulating layer in colder climates.