RØDE MAGNETICADAPTOR Βάση κινητού τηλεφώνου Smartphone Μαύρο

The RØDE MAGNETICADAPTOR is a magnetic mounting system for attaching microphones, lights and other accessories to any MagSafe® iPhone® or smartphone with a MagSafe-compatible case. The compact aluminium disc provides a strong magnetic hold while remaining lightweight and portable, and the kit includes removable arms and a 1/4-inch threaded mount for flexible rigging options.

Advantages

The Magnetic Adaptor offers a secure ultra-strong magnetic connection designed for stable use during handheld shooting or mounted setups. Its modular design includes short and long cold shoe arms plus a long threaded arm, allowing quick reconfiguration between portrait and landscape orientations. Constructed from high-grade aluminium, the unit is durable yet lightweight and packs compactly for easy transport.

Suitable for

• Mobile videography and content creation
• Attaching microphones and on-camera lights
• Mounting a smartphone to tripods, handles or desktop arms
• Run-and-gun shooting and studio setups

Key specifications

• Brand: RØDE
• Model: MAGNETICADAPTOR
• Mount type: Magnetic mount (MagSafe® compatible)
• Accessories: Short and long cold shoe arms, long 1/4-inch threaded arm
• Material: High-grade aluminium
• Colour: Black
• Weight: 0.075 kg
• Device type: Mobile phone / smartphone

How to use

Snap the Magnetic Adaptor disc onto any MagSafe® iPhone® or smartphone in a MagSafe-compatible case. Attach a microphone, light or other accessory to one of the cold shoe arms or screw the 1/4-inch threaded arm into a tripod, handle or desk arm. Reposition or swap the removable arms to change between landscape and portrait orientations, then ensure all connections are tightened before recording.

Recommendations

For best results, confirm that your smartphone has a MagSafe-compatible case and always check that the magnetic disc and mounted accessories are securely attached before use. Avoid subjecting the mount to excessive impact and store it disassembled to save space when transporting.