Direct Action Universal Radio Pouch Pocket - MultiCam

A pouch in MultiCam camouflage designed for carrying most models of PMR radios. The side walls are made of elastic drawstrings, and the bottom is adjustable with velcro.

The mounting system is based on two straps, allowing the pouch to be attached to any MOLLE platform on a belt, backpack, or tactical vest. The pouch is also equipped with two rows of laser-cut MOLLE slots for mounting an additional pouch.

At the top there is a shock cord loop with a pull tab and a snap. These solutions provide a wide adjustment range and protect the device from accidentally falling out. On the sides, two paracord loops are sewn in, allowing a 45 mm wide belt to be threaded through.

• made of Cordura 500D
• elastic side walls
• molle-compatible
• two paracord loops
• wide adjustment range
• can be mounted on a belt
• dimensions 7 x 18 x 3 cm
• low weight 62g

MultiCam is a modern camouflage pattern developed in 2002 by the American company Crye Precision in cooperation with the United States Army Soldier Systems Center (Natick Labs) as part of the Objective Force Warrior programme. Its purpose was to create a universal camouflage pattern effective in varied terrain and changing environmental conditions.

The MultiCam pattern consists of seven colours, creating gradient transitions between shades of green, brown, and beige. Thanks to this, it dynamically adapts to the background, taking on shades of green in woodland areas or browns and beiges in desert regions - in the environment of Central and Eastern Europe it works particularly well in the autumn period and among dry vegetation. MultiCam has gained recognition worldwide and is used by numerous armed forces and special units. In 2010, the camouflage was officially adopted by the US Army as the camouflage pattern for soldiers stationed in Afghanistan, replacing the earlier Universal Camouflage Pattern (UCP). This pattern is also available to civilian users, which makes it a popular choice among militaria or airsoft enthusiasts.