
The process involves detaching a brightly colored marker, typically affixed to the barrel of a replica firearm. This marker serves as a visual indicator that the item is not a real firearm,... Read more »

This type of replica firearm closely imitates the appearance and handling of Beretta handguns, utilizing compressed carbon dioxide (CO2) as a propellant to fire spherical plastic projectiles. These devices are designed for... Read more »

These devices are replicas of firearms, designed to fire small, spherical projectiles. They closely mimic the appearance and operation of real weapons, often to a high degree of accuracy. These products are... Read more »

An airsoft replica modeled after firearms manufactured by SIG Sauer, a renowned firearms manufacturer, is designed for recreational use in simulated combat scenarios. These replicas generally fire 6mm plastic BBs and prioritize... Read more »

A gas blowback replica handgun designed for airsoft skirmishes utilizes compressed gas, typically green gas or propane, to propel plastic projectiles. Upon firing, a portion of the gas is directed back into... Read more »

This type of airsoft gun replicates the action of a real firearm by using compressed carbon dioxide (CO2) gas to propel a projectile and cycle the slide or bolt. The term “blowback”... Read more »

The modification of airsoft handguns beyond their factory configuration is a prevalent practice within the airsoft community. This process often involves replacing internal components to enhance performance metrics such as accuracy, range,... Read more »

This type of replica firearm is designed to resemble the classic M1911 pistol, but it discharges non-lethal projectiles, typically 6mm or 8mm plastic BBs. These devices are primarily used for recreational target... Read more »

This specific type of airsoft weapon replicates a well-known handgun design, utilizing compressed carbon dioxide as its propellant. These replicas offer a realistic training tool for weapon handling and target practice, within... Read more »


