Store

Patagonia Mens Sol Patrol II Shirt - New

Patagonia Mens Sol Patrol II Shirt - New - In theory, chasing Indonesian surf and bonefish for weeks on end is like going to heaven; in practice, it's really damn hot. To make sure you're covered, the Sol Patrol Shirt is made of lightweight, quick-drying polyester ripstop with 30-UPF sun protection. The double-layer collar stays put with hidden snaps at the collar points but can also stand up as extra ammunition against the rays. Cooling mesh (center back) and side air vents are receptive to any breeze, providing comfort in a wide of circumstances. Two button-through chest pockets are lined with mesh; there's also an inset zippered pocket on the right. The Sol Patrol has our casting logo stitched above the front left chest pocket.Lightweight, quick-drying polyester provides 30-UPF sun protection Double-layer collar converts to stand-up collar for extra sun protection; stays put with hidden snaps at collar points Comfortable mesh fabric at center back, side vents and arms facilitate ventilation Mesh-lined, button-through chest pockets; inset zippered pocket on chest 2.4-oz 100% polyester ripstop, with 30-UPF sun protection 201 g (7.1 oz) Made in Vietnam.

$75.00
Buy
 

Related Products

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.

PATAGONIA WOMEN'S CLASSIC RETRO-X VEST UNDERWATER BLUE (XL)

PATAGONIA WOMEN'S CLASSIC RETRO-X VEST UNDERWATER BLUE (XL)
$179.00

Windproof, warm and with a feminine cut, our Retro-Xer Vest is a favorite fleece made with polyester (86% recycled).

PATAGONIA WOMEN'S BETTER SWEATER JACKET BIRCH WHITE (M)

PATAGONIA WOMEN'S BETTER SWEATER JACKET BIRCH WHITE (M)
$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.