Opis

The KAC, manufactured by WE, is a PDW-type airsoft replica that offers semi and full-automatic modes. This model weighs 2.5kg, has a length of 670 mm, uses a 220 mm long inner barrel, and provides a magazine capacity of 30 rounds. The KAC PDW is powered by green gas, enables single and continuous fire, and generates approximately 410 FPS.

The rifle offers a nylon fiber pistol grip and a full-metal construction. This model provides high-quality construction that was precisely made from metal and lightweight, durable polymers. On the inside, WE provided quality parts that ensure long-term usage and precision of each shot.

The replica incorporates practical features such as a side-folding stock, adjustable front and rear sights, and a working bolt catch. In addition, the product comprises a charging handle, integrated front and rear sling swivel, and an ambidextrous fire mode selector that provides comfortable operation. The replica boasts an open bolt system that gives a firearm an authentic appearance and provides gas efficiency with high velocity, accuracy, and range. The replica's body is constructed of anodized aluminum, and thanks to that, the color is more solid than when using the standard painting method.

The item also includes a Picatinny rail (located on the top, sides, and bottom) for mounting light amplification modules, laser designators, and optical aiming devices. Users can choose the best setup that will be perfect and suitable to individual preferences and mission requirements. The barrel of the KAC PDW is outfitted with a 14 mm CCW thread and can take various muzzle devices, suppressors, and tracers.

The KAC PDW implements a robust gas blowback (GBR) system that imitates recoil and slide action during firing. It provides an exceptional and realistic user experience, like shooting an authentic weapon. This PDW also offers an adjustable hop-up mechanism to improve the BB's accuracy and stability during the shot. The replica is a perfect choice for CQB, close and mid-range engagements in the field.