Darn Tough Women's Solid Basic Crew Lightweight Sock (Style 6012) - Charcoal, Large | Lifetime Guarantee

Overview

Meet the Darn Tough Women's Solid Basic Crew Lightweight Sock in charcoal. This sock balances a truly lightweight feel with enduring durability, designed to move with you through daily routines and a wide range of activities. The mid-calf crew height sits comfortably under boots, sneakers, or casual shoes, making it a versatile staple for many outfits and moments.

Premium materials and comfort

Crafted with a knit that blends 66% Merino Wool, 32% Nylon, and 2% Lycra Spandex, these socks offer a soft, breathable touch with active moisture management. The merino blend wicks moisture away from the skin, helping you stay cooler in heat and warmer when the temperature drops. Expect a fast-drying performance that supports all-season wear without bulk.

Performance features that matter

• Lightweight construction provides a comfortable, secure fit without added weight or bulk.
• True Seamless technology reduces interior rubbing for an ultra-smooth feel against the skin.
• Mid-calf crew height pairs well with casual and athletic outfits alike.
• Made in the USA with yarns sourced from North America and beyond, reflecting domestic workmanship.

Quality you can rely on

Darn Tough stands behind the build with an Unconditionally Guaranteed for Life promise. If the socks wear, tear, or develop holes, they will replace them—no strings attached. The Vermont-based knitting approach underlines a commitment to durability tested in real-world conditions.

Real-life use often includes morning commutes, gym sessions, weekend hikes, and everyday errands. The combination of lightweight feel, seamless interior, and moisture management aims to deliver comfort from first wear to many miles later, without the guesswork of whether a sock will hold up.

Care and longevity notes

To preserve performance, follow care instructions on the label. Merino fibers naturally help resist odor and maintain a fresh feel between wears, while the fabric’s structure supports shape retention over time.