Under Armour UA Packaged Base Crew 2.0 6004066-002-XS 198632661345

Under Armour Base Crew 2.0 Base Layer Extra Small - 6004066-002-XS Under Armour Base Crew 2.0 Base Layer The Under Armour Base Crew 2.0 (6004066-002-XS) is a high-performance lightweight base layer top designed to provide essential warmth and moisture management in cold conditions. This crew neck base layer in size Extra Small serves as an excellent foundation layer for winter activities, outdoor work, and cold-weather training where a lighter base layer is preferred. Lightweight Base Layer Performance Constructed with Under Armour’s Base 2.0 fabric, this base layer offers a balance of warmth and breathability. The material is engineered to trap body heat while efficiently wicking away moisture, keeping you dry and comfortable during moderate to high-output activities in cold environments. Classic Crew Neck Design The crew neck style provides a comfortable, non-restrictive fit around the neck and layers smoothly under jackets and outerwear. This versatile design makes it suitable for a wide range of cold-weather applications where a clean, functional base layer is needed. Comfortable Next-to-Skin Fit Designed with a close-to-body fit, the Base Crew 2.0 offers excellent stretch and recovery for unrestricted movement. The lightweight fabric allows full range of motion during hiking, skiing, hunting, or other winter activities while maintaining its shape over time. Key Features Under Armour Base Crew 2.0 Base Layer Lightweight cold weather performance Crew neck design Size: Extra Small SKU: 6004066-002-XS UPC: 198632661345 Ideal For Cold weather layering systems Winter hiking and outdoor activities Skiing, snowboarding, and winter sports Hunting and tactical operations Under Armour Base Crew 2.0 Under Armour delivers reliable cold-weather performance with the Base Crew 2.0. The 6004066-002-XS model combines advanced thermal fabric, moisture-wicking technology, and a comfortable crew neck design in an Extra Small base layer built for warmth and function in demanding winter conditions. The End