Outdoor Research Carbide Sensor Gloves Men's (Black/Storm)

Description

Touchscreen-compatible fingers make it easy check your phone Durable goat leather palm increases glove's overall durability Arcade belt wrist strap offers a snug, secure, and comfortable fit Included wrist leash so you don't have to worry about losing a glove. Touchscreen-compatible fingers make it easy check your phone Durable goat leather palm increases glove's overall durability Arcade belt wrist strap offers a snug, secure, and comfortable fit Included wrist leash so you don't have to worry. They still feature the same dependable Gore-Tex waterproof, breathable insert, durable goat leather palm, and stretchy material for added dexterity. But, they now feature an Arcade belt wrist strap to add an extra bit of flair and even more secure fit than the original. Different iterations of this basic membrane principle are used in a variety of products throughout the outdoor industry. This means that rain won't get through the membrane, but that perspiration vapor can escape. It has over 9 billion pores per square inch that are each 20,000 times smaller than a water drop, but 700 times larger than water vapor. Outdoor Research's tried-and-true Men's Carbide Sensor Gloves got a makeover this season.

Key Features

• This means that rain won't get through the membrane, but that perspiration vapor can escape.
• Outdoor Research's tried-and-true Men's Carbide Sensor Gloves got a makeover this season.
• Touchscreen-compatible fingers make it easy check your phone Durable goat leather palm increases glove's overall durability Arcade belt wrist strap offers a snug, secure, and comfortable fit Included wrist leash so you don't have to worry.
• They still feature the same dependable Gore-Tex waterproof, breathable insert, durable goat leather palm, and stretchy material for added dexterity.
• But, they now feature an Arcade belt wrist strap to add an extra bit of flair and even more secure fit than the original.
• It has over 9 billion pores per square inch that are each 20,000 times smaller than a water drop, but 700 times larger than water vapor.