Secure Your Microphone with Superior Shock Absorption

This camera hot shoe shock mount, featuring the Rycote Lyre suspension system, is engineered to significantly reduce unwanted handling noise and vibrations. It ensures your audio recordings remain clear and professional, even when on the move.

Is this mount compatible with my microphone?

The mount is specifically designed for the RODE VideoMicro and VideoMic Me microphones, ensuring a perfect fit and optimal performance. Its 3/8" screw thread provides a secure and stable connection to your camera's hot shoe or other mounting accessories.

Enhanced Stability for Professional Audio

The dual handgrip design offers enhanced stability and control during filming. This accessory is essential for videographers, journalists, and content creators who demand high-quality audio capture without the distraction of camera shake or handling noise.

Key Specifications

• Rycote Lyre suspension system for superior shock absorption
• Compatible with RODE VideoMicro and VideoMic Me microphones
• 3/8" screw mount for secure camera attachment
• Dual handgrip design for added stability
• Reduces handling noise and vibrations

Frequently Asked Questions:

What microphones is this shock mount compatible with?

This shock mount is specifically designed for the RODE VideoMicro and RODE VideoMic Me microphones. It ensures a secure and stable fit for these popular shotgun microphones.

How does this mount reduce noise?

The mount utilizes a Rycote Lyre suspension system, which effectively isolates the microphone from camera handling noise and vibrations. This results in cleaner, more professional audio recordings.

What is the attachment method for this mount?

The mount features a standard 3/8" screw thread, allowing it to be securely attached to most camera hot shoes, tripods, or boom poles.

What is the benefit of the dual handgrip design?

The dual handgrip design provides increased stability and control when holding the camera and microphone setup. This is particularly useful for handheld shooting scenarios.