Audio Technica AT8415 Microphone Shock Mount

Product Description

The Audio Technica AT8415 is a microphone shock mount designed to isolate a mounted microphone from mechanical vibration and handling noise transmitted through the mic stand. By suspending the microphone in an elastic cradle, the AT8415 reduces low-frequency rumble and structure-borne interference that would otherwise color the captured signal. This type of accessory is standard in professional audio installations, broadcast setups, studio recording environments, and live sound applications. Installation is handled by audio technicians, sound engineers, and AV integrators working with compatible microphone bodies and stands.

The AT8415 is suited for professional and semi-professional microphone setups where vibration isolation is a priority. Typical use cases include podium and lectern mic placement, overhead recording rigs, studio condenser microphone mounting, and any fixed installation where stand-transmitted noise is a concern. The mount is sold as a single unit and is intended for use with compatible microphone bodies as specified by Audio Technica.

Key Features

• Elastic suspension design isolates microphone from stand-transmitted mechanical vibration
• Reduces low-frequency rumble and handling noise in the captured audio signal
• Suitable for studio, broadcast, and installed sound applications
• Sold as a single unit (quantity: 1 each)

Compatibility

Designed as an OEM-style mounting accessory for use with compatible Audio Technica microphone bodies. Refer to Audio Technica documentation to confirm fitment with a specific microphone model before installation.

Installation Notes

The AT8415 is installed by audio technicians or AV integrators as part of a microphone stand or boom arm assembly. Before mounting, verify that the microphone body is compatible with the shock mount cradle dimensions. Elastic bands or suspension elements should be inspected periodically and replaced if worn, cracked, or stretched beyond their rated tension to maintain effective vibration isolation.