Muddy Outdoors Men's TRX Base Layer Shirt Veil Canyon Hybrid 2XL

When you live for the outdoors, the layers you live within matter more than anything else. Adaptable, affordable and perfectly complementary to the rest of the all-new Timber Recon Extreme (TRX) series clothing line, Muddy's TRX Base Layer Crew Top delivers exactly what die-hard whitetail hunters demand from their next-to-skin layer. Constructed of a smooth, soft jersey material featuring revolutionary graphene-infused fabric, this base layer top provides long-lasting durability and conductivity to help regulate wearers' body temperatures throughout the season. Lightweight and incredibly breathable, it promotes continuous airflow to cool you down when things heat up and wicks away moisture to ensure you stay comfortably dry as well. Plus, the addition of 4-way stretch material allows for full flexibility and freedom of movement during demanding all-day hunts, so go ahead, do whatever you've got to do-stretch out, crawl, or readjust-to stay alert, aware and in position. Chafe-free seams throughout the garment combine with raglan seams at the shoulders to minimize restriction while remaining smooth against the skin even during the most active period of every hunt. And, thanks to integrated armpit gussets, worry over uncomfortable bunching and binding when adding more layers is eliminated, so you can feel free to layer up, hunker down and make the most of your favorite kind of day: one spent in the woods.FeaturesSuper-soft jersey, 95% polyester/5% spandex base layer featuring revolutionary graphene technologyGraphene-infused fabric provides unparalleled durability and conductivity to help regulate wearers' body temperatureFlexible 4-way stretch material with chafe-free seams ensures maximum freedom of movementLightweight, breathable construction promotes cooling airflow while wicking away the body's moistureRaglan shoulder seams minimize restriction and create a modern, comfortable fitIntegrated armpit gussets eliminate bunching while ensuring full range of motion in the field