AKG H500 Elastic Shockmount

Elevate Your Audio Experience with the AKG H500 Elastic Shockmount
The AKG H500 Elastic Shockmount is a vital tool for audio professionals and enthusiasts who seek pristine sound quality free from unwanted vibrations. Designed to provide effective isolation from physical vibration, this shockmount features a robust plastic shell and a flexible rubber interior. It is specifically crafted to reduce structure-borne noise by 12 dB, ensuring that your recordings are clear and free of any interference caused by environmental vibrations.

Robust Design for Optimal Sound Isolation
The AKG H500 is built to endure, with a construction that combines durability with functionality. The plastic shell provides a sturdy exterior while the flexible rubber inside allows for effective vibration absorption. This combination not only enhances the longevity of the mount but also significantly improves the audio quality by minimizing disruptions that can affect sensitive recording equipment.

Quick and Simple Setup
One of the standout features of the AKG H500 Shockmount is its ease of installation. This mount is designed for quick and simple assembly, allowing for efficient setup and breakdown of sound systems. Whether in a studio or on location, this feature is incredibly beneficial for professionals who need to optimize their setup time without compromising sound quality.

Designed for Compatibility
The AKG H500 Shockmount is compatible with E and ES Gooseneck Modules from the Discreet Acoustics Modular Series. This compatibility ensures that users can integrate the shockmount seamlessly with existing equipment, making it a versatile addition to any audio toolkit.

Essential for Professional Audio Setups
Ideal for recording studios, live sound events, and broadcast environments, the AKG H500 Shockmount is an essential component for achieving professional-grade audio. By isolating equipment from vibrations, it ensures that recordings are consistently clear and free of unwanted noise, thus maintaining the integrity of the audio output.