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All about airsoft gearboxes

Airsoft gearboxes are the core mechanical component of an airsoft electric gun (AEG). They house the internal components that generate the power to propel BBs, such as the gears, piston, and motor.

AEG gearboxes come in various versions to accommodate different gun designs and styles. Some of the most common gearbox versions are V2 (used in M4/M16 rifles) and V3 (used in AK-style rifles).

Airsoft gearbox shells are the external casings that house the internal components of the gearbox. They can be made from different materials, such as zinc alloy or CNC-machined aluminum, and come in various designs and colors.

Airsoft gearbox versions are numbered designations that indicate the compatibility of the gearbox with specific airsoft gun models. Knowing the correct version is crucial when purchasing replacement or upgrade components.

Airsoft gearbox upgrades can significantly improve the performance of an AEG. Players may opt for high-speed or high-torque setups, depending on their preferred style of play and desired performance characteristics.

Airsoft reinforced gearboxes are designed to withstand the stress of high-powered springs and upgraded components. They often feature stronger materials and reinforced stress points for increased durability and longevity.

Airsoft gearbox assembly refers to the process of putting together all the internal components within the gearbox shell. This can be a complex task, requiring a good understanding of AEG mechanics and proper alignment of parts.

Airsoft gearbox components include gears, pistons, cylinders, springs, and motors. These parts work in unison to compress and release air, generating the force needed to propel BBs.

Airsoft quick change spring systems allow players to easily adjust the power of their AEG by swapping out the spring. This feature is becoming increasingly popular in newer gearbox designs, as it allows for easier tuning and maintenance.

Airsoft high-speed gearboxes are designed for fast rates of fire and quick trigger response. They often feature low-ratio gears, high-speed motors, and lightweight components to maximize performance in rapid-fire situations.