Lacrosse Men's Merino Midweight Socks Crew Od Green X-large

The Lacrosse Men's Merino Midweight Socks Crew OD Green X-Large are purpose-built for tactical operators, military personnel, and outdoor professionals who demand reliable foot protection in demanding conditions. Designed to pair seamlessly with combat boots and tactical footwear, these crew-height socks deliver the moisture management and durability required during extended field operations, training exercises, and high-performance activities. Whether deployed in wet environments, during rapid movement drills, or across varied terrain, proper sock selection directly impacts comfort, blister prevention, and overall mission readiness.

These socks are constructed from a premium blend of 70% merino wool, 28% nylon, and 2% lycra—a composition engineered to excel in moisture-wicking and thermoregulation. Merino wool naturally pulls perspiration away from the skin and dries faster than standard cotton, preventing the foot maceration and blister formation that plague operators wearing inadequate sock systems. The nylon reinforcement adds durability and structural integrity at high-wear zones, while the lycra provides stretch and recovery, ensuring the socks maintain their fit and support throughout the operational day without bunching or slipping inside your boots.

Law enforcement, military units, and serious outdoor enthusiasts recognize merino as the gold standard for tactical sock performance—especially during multi-day operations or in transitional weather where temperature control is critical. The crew height provides coverage over the boot collar, protecting the ankle and lower shin from chafing and friction while maintaining clean sight lines in tactical gear setups. Made in the USA, these socks deliver the durability and quality assurance that professionals expect. Available in OD Green—a colorway that integrates seamlessly with standard tactical uniforms and field gear—the X-Large sizing accommodates larger foot profiles while maintaining the snug, supportive fit necessary to prevent slippage during movement.