Heckler&Koch HK45 6 mm is a high-quality green gas replica, equipped with a metal slide, a hop-up system responsible for high accuracy, and a muzzle velocity of 360 fps.
Heckler&Koch HK45 6 mm is a replica made with exceptional attention to detail; its build quality and manual operation closely match the original, which will be appreciated by every airsoft enthusiast.
As in the live-fire version, the frame is made of durable ABS composite, while the slide and barrel are, of course, metal. All controls, including the trigger, ambidextrous magazine release lever, safety, and hammer, are functional and operate just like those of a real firearm.
The contoured pistol grip features aggressive texturing and finger grooves that make magazine replacement or removal easier in case of dirt or debris.
At the front of the frame, there is a short Picatinny rail that allows mounting additional accessories useful during gameplay, such as a tactical flashlight or a laser target marker. The enlarged trigger guard allows comfortable shooting even while wearing protective gloves.
The Heckler&Koch HK45 6 mm features fixed mechanical sights with white markings, significantly speeding up front and rear sight alignment and aiding aiming in low-light conditions. The replica bears licensed HK markings on the slide and frame.
The Heckler&Koch HK45 6 mm replica is powered by a green gas mixture. Compressed propane propels 0.20 g BBs at approximately 310 fps and is responsible for driving the metal slide. The gas blow-back system realistically replicates firearm recoil.
Shooting is accompanied by a solid “kick,” adding realism and enjoyment to the experience. After firing the last BB from the magazine, the slide remains locked in the rear position, just like in a real firearm.
The high muzzle velocity also increases the effective range, which exceeds 20 m. The performance of green gas replicas is significantly affected by air temperature and shooting dynamics.
The replica features an ambidextrous manual safety lever used to block the trigger mechanism during transport.