The roll-away elasticated drawcord-adjustable hood allows the wearer to be prepared for unpredictable weather. Ready to deploy whenever needed, it adds an extra layer of defense against the elements. The Paratex Micro’s high moisture-vapor transmission rate ensures the wearer remains comfortable even during intense activities, making the Snugpak Tactical Softie® Jacket the ideal choice for those who demand performance without compromise. The Snugpak Tactical Softie® Jacket weighs 27 oz. / 760 g. (medium) and can withstand temperatures with a COMFORT Rating of -5° C/ 23°F LOW -10°C / 14°F. Available in Black and Olive with an MSRP of $399.00 and the MultiCam MSRP is $449.00. Available in sizes SM – XXL. The Snugpak Tactical Softie® Smock is the epitome of innovation for outdoor enthusiasts providing unparalleled functionality and warmth. The two-way YKK side vent zips offer unrivaled access to lower layers, holsters, and belt equipment. These zips can be fully opened from the top or bottom, providing enhanced ventilation for maximum adaptability in any situation. The TS1 fabric lining is a high-performance, textured, and moisture-wicking material that elevates the smock’s thermal capabilities, ensuring the wearer stays cozy and comfortable in the harshest conditions. Carrying essentials is easy with the large chest pocket featuring a Hook and Look strip and a YKK zip. The pocket zips not only grant access to a generously sized front pocket but also offer a lined hand warmer pocket with TS1 lining for extra warmth and comfort. The ¼ Length YKK Zip allows the wearer to regulate temperature according to their needs, allowing one to stay adaptable and comfortable in changing climates. Like the Snugpak Tactical Softie® Jacket, the Smock also offers Unit/Name Badge Soft Hook and Loop Patches. The elasticated drawcord-adjustable neck and hem seal in warmth and aid in insulation. The Paratex Micro’s high moisture-vapor transmission rate keeps the wearer dry when active, making it the ultimate choice for those who demand breathability and performance. |