Men's Massif Free IWOL Pants

Army-approved FR pant keeps soldiers warm in cold, wet, and snowy weather. FREE IWOL. Field tested in Alaska, Afghanistan, Iraq, and South Korea, the Massif™ Elements pant is engineered to perform in some of the worlds most demanding cold weather conditions. The triple-layer softshell fabric features a fleece-lined interior and waterproof, windproof, breathable membrane. Lower-leg cargo pockets provide easy access when strapped in, and knee-length boot zippers allow for rapid donning and doffing over uniforms. An ergonomic fit and four-way stretch increase comfort and range of motion.

The exterior of this pant features Massif’s proprietary flame-resistant technology and won’t support combustion in flash fire scenarios. The pant’s fleece lining features Massif Flamestretch and is constructed with DuPont™ Nomex® brand fiber. Engineered with Massif’s proprietary knitting and finishing technology, Flamestretch provides built-in flame resistance, proven durable performance, and comfort from the inside out.

Features

• Note: The multicam version is a restricted item. You must have valid identification proving you are active military to purchase
• Full flame-resistant construction with proprietary Massif fabrics
• Elements softshell fabric features a windproof, waterproof, and breathable membrane
• Zippered hand-warmer pockets for comfort
• Lower-leg cargo pockets for storage
• Zippered back wallet pocket for security
• Knee-length inseam zips for easy donning and doffing over boots
• Elastic waist with built-in web belt for maximum adjustability
• Zippered fly
• Machine washable
• Authorized by the U.S. Army as the Light Weather Outer Layer in the FREE program
• Meets the strenuous manufacturing and performance testing requirements of the Armys Team Soldier Certified authorization program: PEO Soldier Certification Program
• Passes rigorous flame testing including the ASTM D 6413/F2302-03 for vertical flame resistance
• Tested in flash fire simulations on the pyroman thermal mannikin to demonstrate performance in burn scenarios