Adjustable Microphone Boom Arm Rode PSA1+ White — Studio Mount for Broadcast and Podcasting

The Rode PSA1+ White is an adjustable microphone boom arm designed for secure desk or table mounting. It provides a wide range of motion and stable support for broadcast and podcast microphones, enabling hands-free operation and precise positioning for consistent audio capture in home studios, radio, streaming and voice-over setups.

Advantages

The boom arm features durable construction and a balanced spring mechanism to hold microphones steady throughout recording sessions. Integrated cable management keeps microphone cables neatly routed along the arm to reduce clutter and accidental tugging. Its white finish offers a neutral, professional look that blends with studio décor while resisting visible wear during regular use.

Suitable for

• Podcasting and live streaming
• Radio and broadcast studios
• Voice-over and narration work
• Home recording and content creation setups

Key specifications

• Adjustable boom arm with swivel and tilt range for flexible microphone placement
• Desk or table mounting via clamp or desk insert for secure attachment
• Cable management channels integrated along the arm
• Durable metal construction with a white finish
• Designed to support common broadcast and podcast microphones

How to use

Attach the PSA1+ to the edge of a desk or use the desk insert option when a through-hole mount is preferred. Mount the microphone to the arm using an appropriate shock mount or threaded adapter, then route the microphone cable through the integrated cable management channels to keep it secure. Adjust the arm’s position and tension so the microphone remains stable at the desired height and angle for speech or performance. Periodically check mounting hardware and connection points for tightness.

Usage recommendations

For best performance, balance the arm and set tension according to the microphone’s weight; use compatible adapters or shock mounts for microphones with different thread sizes. Keep cables properly routed through the management channels to avoid interference with the arm’s movement.