
These are replicas modeled after the M4 carbine, a widely recognized and utilized firearm. Often constructed from metal and durable polymers, these items discharge small, spherical projectiles, typically 6mm BBs. They are... Read more »

This component, typically manufactured from polymer or metal, is a crucial element within the receiver of certain airsoft replicas. It directly interfaces with the fire control group, dictating the operational mode of... Read more »

This component, a crucial part within the airsoft replica of the M4 platform, allows for the manual cycling of the bolt carrier group. Actuation of this part chambers the first round from... Read more »

The component under examination is a mechanism crucial to the operation of certain recreational projectile devices. Specifically, it’s a latch that secures the simulated bolt assembly in an open position. This allows... Read more »

The component affixed to the front of an airsoft M4 rifle, surrounding the barrel, is designed for several purposes. It offers a gripping surface for the support hand, facilitating weapon manipulation and... Read more »

Gas Blowback Rifle (GBBR) models designed to replicate the M4 platform within the airsoft sport utilize compressed gas to cycle the action, simulating the recoil and operation of a real firearm. These... Read more »

The mechanism facilitating bolt retraction in certain airsoft M4 replicas relies on a small, but crucial component. This component, typically manufactured from steel or a similar resilient material, provides the necessary tension... Read more »

These are replica firearms designed to fire plastic projectiles, typically 6mm in diameter, utilizing compressed gas or electric power. They are often modeled after the M4 carbine, a widely recognized and utilized... Read more »

The complete assembly of an airsoft M4 replica, using individual components rather than a pre-built model, represents a significant undertaking in the airsoft hobby. This process involves sourcing all necessary parts, from... Read more »


