Hop-Up Arm for CYMA CGS Replicas[3DM]

The 3DM hop-up arm for CYMA CGS replicas is a component designed to replace the standard hop-up arm in compatible gas replicas. The construction uses powder-based 3D printing, an integrated precision nub and two O-rings for chamber installation, supporting more precise pressure on the hop-up bucking and stable operation of the BB backspin adjustment system. The element is intended for tuning and servicing the hop-up chamber in CYMA CGS replicas.

Construction and design

The hop-up arm is made of polymer using powder-based 3D printing technology. This manufacturing method makes it possible to create a lightweight component designed to work inside the replica's hop-up chamber.

The element replaces the standard hop-up arm, which is responsible for applying pressure to the hop-up bucking during BB flight path adjustment. The integrated precision nub supports more even pressure on the hop-up bucking, which may affect the repeatability of the hop-up system operation.

Hop-up system tuning

The hop-up system is responsible for applying backspin to the BB, which affects the stabilization of its flight path. Replacing the hop-up arm allows the user to modify the component responsible for pressing the hop-up bucking without replacing the entire chamber.

The two included O-rings are intended for chamber installation. Their presence helps complete the parts needed when installing the hop-up arm.

Compatibility

The 3DM hop-up arm is designed for CYMA CGS replicas.

Before installation, check that the element is seated correctly in the hop-up chamber and that the adjustment system operates properly.

Technical data

• Material: polymer
• Manufacturing technology: powder-based 3D printing
• Compatibility: CYMA CGS
• Construction: integrated precision nub

Package includes

• 3DM hop-up arm
• 2 O-rings

Manufacturer

3DM is a manufacturer of tuning parts designed to modify and improve the operation of gas replicas. Components of this type allow users to adjust the operation of selected replica systems to their preferences and style of use.