This type of airsoft gun utilizes a spring mechanism as its primary power source for propelling projectiles. Operation involves manually cocking the weapon, which compresses a spring. Upon trigger pull, the spring... Read more »
Replica firearms designed to resemble the single-action revolvers prevalent in the American West, but firing plastic projectiles, are employed in simulated combat and target shooting activities. These devices often feature realistic weight,... Read more »
These devices are non-lethal, scaled representations of actual firearms, specifically designed to resemble revolvers. They utilize compressed gas or springs to propel spherical plastic projectiles, typically 6mm in diameter. An example would... Read more »
This specific type of replica firearm emulates the aesthetic and functional design of revolvers produced by Dan Wesson Firearms. These replicas utilize compressed gas, typically CO2 or green gas, to propel small,... Read more »
These are replica firearms designed to resemble revolvers and are used in airsoft games and target shooting. They typically utilize compressed gas, such as CO2 or green gas, to propel plastic projectiles.... Read more »
A firearm replica that utilizes compressed carbon dioxide as a propellant to discharge plastic projectiles is commonly designed in the form of a handgun with a revolving cylinder. This type of device... Read more »
This type of replica firearm is designed to fire spherical plastic projectiles, typically 6mm in diameter. The mechanism closely mimics that of its real steel counterpart, utilizing a rotating cylinder to load... Read more »
This type of airsoft gun utilizes a compressed gas system to propel projectiles. The mechanism typically involves a revolving cylinder that holds individual cartridges or shells, each containing a BB or pellet.... Read more »
A carrying device specifically designed for an airsoft replica of a revolver. It secures the weapon to the user’s person, typically via a belt, MOLLE webbing, or chest rig. These devices come... Read more »