Aranha para microfone Elgato Wave Shock Mount

The Elgato Wave Shock Mount is an anti-vibration suspension mount engineered to isolate Elgato Wave microphones from handling and impact vibrations that produce low-frequency noise. Constructed with a solid steel chassis and reinforced elastic suspension, the shock mount reduces rumble and unwanted mechanical noise to help capture clearer audio. An included adapter allows connection to common boom arms, and the mount's black finish fits professional streaming and podcasting setups.

Advantages

The reinforced elastic suspension and solid steel chassis provide durable protection against knocks while maximizing shock attenuation. The mount is custom tuned for Elgato Wave microphones to deliver optimal isolation. A supplied adapter ensures compatibility with mainstream boom arms for flexible installation.

Suitable for

• Streamers using Elgato Wave microphones
• Podcasters recording at desks or in small studios
• Voice-over artists seeking reduced handling noise
• Home and project studio setups that need vibration isolation

Key specifications

• Product name: Elgato Wave Shock Mount
• Dimensions: 115 mm (length) × 32 mm (width) × 135 mm (height)
• Colour: Black
• Materials: Steel chassis with reinforced elastic suspension
• Compatibility: Tuned for Elgato Wave microphones; includes adapter for common boom arms
• MPN: 10MAE9901
• EAN: 0840006618102

How to use

Attach the Wave Shock Mount to a compatible boom arm using the included adapter. Mount the Elgato Wave microphone into the shock mount according to the microphone's fit, ensuring the elastic suspension holds the microphone securely. Position the boom arm and microphone as needed, then tighten the mount and arm connections to maintain stable placement. Check alignment and test audio to confirm reduced handling and impact noise.

Recommendations

For best results, use the Elgato Wave Shock Mount with Elgato Wave microphones only; avoid third-party universal shock mounts to ensure the suspension elasticity and isolation are correct for the microphone model.