Though our fall line has been available for purchase for over a month now, we thought we'd take the it's-officially-fall opportunity to shed light on what makes our best sellers stand alone. Get 'em while they last:
Our most popular piece from last year’s fall line, the Alpine and Penny pullover is ridiculously soft on the inside and outside. Featuring one-of-a-kind graphic artwork by Sam Larson, these pullovers were made and printed in the USA and designed in the Ozark Mountains. Bring it along with you, whatever the occasion, as it’s suitable for fireside warmth, hiking, or cozying up to your favorite fall read. Made from organic cotton and recycled polyester, our fall pullovers come in Wax Red Heather.
Also extremely versatile, these flannels will give you all the feels. Whether you’re rock climbing, cruising down the trails, or hitting the bars, this flannel will be your favorite go to. Our blue and red checkered Flint flannel, in particular, is quick dry and sweat wicking by nature. Non-itch polyester and cotton blend, the Flint is the perfect flannel for any outdoors occasion. Our other flannels are made specifically for warmth as they clock in at 100% cotton. All are adorned with two front welt pockets for storage and custom tortoise buttons.
Limited Edition Tees:
Made of 100% organic cotton, we're proud to announce the George’s Majestic collaboration tee, our newest addition to the Fayettechill limited edition line. Available in both black and white, this tee is essential for Fayetteville lovers and music gurus alike, highlighting the town’s number one venue for live music and creative community connection.
Basecamp Exclusive: Freefly
Freshly in stock, these ultra soft pieces are the ultimate feel-good outdoor essentials. Made by a passionate and knowledged crew out of South Carolina, Free Fly apparel prides themselves in making clothing you won’t want to take off. Adorned on the chest with our classic Hammock logo, these eco-friendly bamboo-viscose based pieces allow for breathability, odor protection, and thermal regulation.