Product Introduction
Desk-Mounted Microphone Boom Arm
The TAMA Microphone Desk Arm MSDA206BK attaches to the edge of a desk to position your microphone wherever you want. The boom arm's angle adjustment mechanism, which is crucial for microphone placement, is achieved by clamping the boom holder between rubber plates and then holding it down with a sturdy die-cast plate from the outside, providing smooth operation and stable support.
This arm allows you to position your microphone wherever you want without taking up the space required by a microphone stand or desktop stand. It's ideal for remote meetings, video streaming, and game commentary at your desk.
* This product is designed to be attached to a desk and used to position a microphone. Do not attach anything other than a microphone.
SPECS
Recommended desk dimensions: Desks up to 90mm thick with a depth of 45mm or more (approximately 30mm is possible by rotating the clamp).
* This product cannot be installed on desks with uneven surfaces or sloped sides.
Adjustment Range
Height: 95mm - 515mm
Boom Length: 450mm - 800mm
Weight: 1100g (excluding accessories)
Maximum Mountable Weight: 1.0kg
Safety Warning
Maximum mountable weight: 1.0kg. Do not attach anything other than a microphone. This product cannot be installed on desks with uneven surfaces or sloped sides.
Caution (Disclaimer) > Please Read
Precautions for Use: While resin cushions are attached to the parts that come into contact with the desk, depending on the material of the installation surface, marks may remain after extended use. Also, please note that strong impacts to the pipes may scratch the desk surface.
Recommended desk dimensions: Tabletops up to 90mm thick with a depth of 45mm or more (approximately 30mm can be achieved by rotating the clamp).
Adjustment range: Height 95mm-515mm / Boom length 450mm-800mm
Weight: 1,100g (excluding accessories)
Maximum mountable weight: Up to 1.0kg
This product cannot be installed on desks with uneven surfaces, uneven surfaces on the underside of the tabletop, or sloped surfaces.