Beschreibung

The MP5K, manufactured by Heckler & Koch, is a compact machine gun replica that operates in a semi-automatic mode only. The airsoft weapon boasts a detailed reproduction of the appearance of the original firearm. The replica design is based on the German MP5 K-PDW machine pistol used in special units. It is commonly used in close protection operations.  

 The MP5K weighs around 1.3kg, has a length of 38 cm, uses a 160 mm long inner barrel, and provides a magazine capacity of 30 rounds. It is powered by CO2, offers an optimal rate of fire, and generates approximately 465 FPS.  

 This model is characterized by precise and accurate workmanship, solid construction, attention to detail, and properly selected materials. The internal barrel, a trigger mechanism, a CO2 valve, and a magazine are machined of metal. On the other hand, the body, the stock, and the grip are injection molded from a durable and lightweight polymer. On the inside, Heckler & Koch provided quality parts that ensured long-time usage and precision of each shot.  

 The replica has an upper Picatinny rail to increase the adaptable surface for additional equipment, such as red dot sights. Thanks to that, users can choose the best setup that will be perfect and suitable to individual preferences and mission requirements.  

 The MP5 K, like the firearm version, features a detachable flash hider and a handguard with an integrated vertical grip. The replica is equipped with mechanical sights and an ambidextrous safety lever (for right and left-handed people) that provides comfortable operation. In addition, a single-point tactical sling can be attached to the metal hook.  

 This airsoft weapon implements a robust gas blowback (GBB) system that imitates recoil and slide action during firing. It provides an exceptional and realistic user experience, like shooting an authentic weapon. MP5K is a perfect choice for recreational shooting thanks to its compact design and high velocity. Users will appreciate this product's first-rate construction and optimal performance.