RAM Mounts Twist-Lock kolmoisimukuppipohja komposiitti musta RAP-365-224-1BU

The RAM Mounts Twist-Lock Triple Suction Cup Base (RAP-365-224-1BU) is a composite, black-finish mounting base that uses three 3.3" twist-lock suction cups and an AMPS-pattern plate. It is designed to provide a strong hold on smooth, non-porous surfaces and serves as a stable foundation for attaching compatible device arms and mounts.

Advantages

The triple 3.3" suction cup configuration increases contact area and stability compared with single-cup mounts. The twist-lock mechanism simplifies installation and removal while maintaining a secure hold. The AMPS hole pattern on the plate ensures broad compatibility with many RAM Mounts device holders and third-party accessories. Composite construction and black finish offer a balance of strength and weight.

Suitable for

• Mounting GPS units and tablets with AMPS-pattern adapters
• Securing phones and radios in vehicles or on smooth glass surfaces
• Temporary mounting of cameras or instruments on non-porous plastic or glass

Key specifications

• Model: RAP-365-224-1BU
• Construction: Composite
• Finish: Black
• Suction cups: Triple 3.3" twist-lock
• Mounting interface: AMPS hole pattern plate
• EAN: 793442922855

How to use

Clean the mounting surface thoroughly to remove dust, grease, or moisture. Position the triple suction cup base on a smooth, non-porous surface such as glass or non-porous plastic. Engage the twist-lock mechanism on each suction cup to create a vacuum seal and verify that the base is firmly attached. Attach an AMPS-compatible device holder or arm to the plate using the appropriate fasteners, ensuring all connections are tightened before use. To remove, disengage the twist-locks and lift the base away from the surface.

Recommendations

For best results, mount the suction cup base on clean glass or non-porous plastic surfaces and periodically check the suction locks when using the mount for extended periods or on rough roads. Avoid porous or textured surfaces to prevent loss of suction.