EMG x Angstadt Arms MDP-9 Airsoft Gas Blowback Pistol Caliber Carbine

Price: $194.99 — In stock at 1 retailer.

EMG x Angstadt Arms MDP-9 Airsoft Gas Blowback Pistol Caliber Carbine Features Officially licensed replica of the Angstadt Arms MDP-9 Fully engraved markings to match the real thing Polymer upper with lightweight nylon-reinforced polymer lower and handguard Full length 20mm RIS on upper receiver for mounting optics, lights, lasers other accessories Railed tail cap allows you to mount standard 1913 Picatinny stocks or sling mounts Compact handguard w/ M-LOK slots on either side and bottom AR-pattern grip allows you to customize based on your preferences and comfort Compatible with Elite Force / VFC GLOCK 17 magazines as well as EMG SAI BLU, Action Army AAP-01 and more! Pistol Caliber Carbines have been around for a while in various configurations as supplementary weapon platforms as a stop gap between an infantry fighting rifle and a sub-machine gun. In the recent years, the concept of Pistol Caliber Carbines (PCC's) have been expanded on and evolved to fill the ever changing requirements of the modern battlefield and operator. The idea of a PCC weapons platform is to offer similar manual of arms, functions, operation, as well as ergonomics to their full size counterparts but in a much more compact and manageable form factor more suitable for Close Quarters Combat, Vehicle Crews, Airmen, and Security Details. What this creates is a weapons system that will be immediately familiar to the operator and is easy to deploy in tight spaces and restrictive environments without compromising in combat effectiveness. Early adaptations to the AR based Pistol Caliber Carbine was just taking a conversion kit to a standard AR receiver set. While this allowed a standard AR receiver to operate with popular pistol calibers such as the 9mm cartridge, it did nothing to reduce the excess bulk or mass of the weapon. Angstadt Arms approach to the Pistol Caliber Carbine was to completely redesign the weapon system while following the standard AR formula as closely as possible. The resulting