Description

The H8R, manufactured by Elite Force, is a highly accurate and visually appealing airsoft replica with a modern design inspired by contemporary revolver models. The replica's remarkable design is highlighted by the high-profile barrel featuring unique porting and an anatomically shaped handle.

The replica weighs 0.7 kg, has a length of 24 cm, and offers an enlarged cylinder capacity of 10 rounds. The H8R uses a 140 mm long inner barrel and generates approximately 360 FPS.

The replica is powered by a 12g CO2 capsule hidden in the grip. The frame, grip, and revolving cylinder feature a robust polymer construction with a matte finish. While the inner barrel and other minor elements are cast, molded, or CNC-machined of metal.

For shooting, this model utilizes a classic revolving cylinder with ten chambers, each storing a single BB. Instead of loading each chamber with a mock round, the user replaces the whole clip, significantly speeding up the reload process.

The replica incorporates a non-slip ergonomic grip, two rotary magazines (included), and high-visibility fiber optic sights. The revolver comprises an adaptable safety mechanism positioned in front of the hammer, which can be engaged to secure the trigger and prevent accidental firing while handling or in case of a fall.

With a single-action trigger mechanism, the H8R offers precise shooting while the cocking cock is pulled back or dynamically using self cocking. As a revolver, it also has a double-action trigger system that allows the user to fire more rounds faster than a single-action trigger.

It is equipped with two Picatinny rails (on the top and bottom) for mounting light amplification modules and laser designators. Furthermore, the handgun offers an adjustable hop-up mechanism to improve the BB's accuracy and stability during the shot.

Whether you're an experienced airsoft professional or a newcomer, this replica is an excellent choice for anybody searching for a reliable gun. Players will appreciate this airsoft revolver's first-rate construction and optimal performance.