Neumann STH 100 Hanging Stereo Mount for 5/8"-27, 1/2", and 3/8" Microphones

Neumann Hanging Stereo Mount: Precision in Stereo Recording
The Neumann Hanging Stereo Mount is a sophisticated tool designed for detailed stereo recording with two detached miniature microphone capsules. It features a swivel mount and dual holders, enabling users to employ advanced stereo recording techniques with precision and flexibility. This mount is ideal for audio professionals and enthusiasts looking to capture sound with depth and spatial accuracy.

ORTF Method Compatibility for Natural Sound Capture
This stereo mount facilitates the "ORTF Method" of recording, which positions two microphone capsules at a 170 mm distance and a 110° angle. This setup is celebrated for its ability to replicate the natural perception of sound by the human ears, making it perfect for capturing dynamic live performances and ambient soundscapes with a realistic stereo image.

Versatile Coincidence Method for Precise Sound Localization
Additionally, the mount supports the "Coincidence Method" of stereo recording, allowing the capsules to be placed at a single point in space but adjustable between angles of 30° to 180°. This method is essential for applications requiring precise sound localization and minimal phase differences, offering sharp stereo definition and clarity.

Adaptable Mounting Options
The Neumann Hanging Stereo Mount is equipped with a 5/8"-27 thread and includes a thread adapter, making it compatible with microphone stands that have 1/2" and 3/8" threads. This versatility ensures that it can be integrated into various recording setups seamlessly, providing stability and ease of use across different environments.

Designed for Diverse Recording Environments
Whether recording in a studio, concert hall, or outdoor setting, this stereo mount is engineered to provide reliable performance and exceptional audio capture. Its robust construction and thoughtful design cater to the demanding needs of professional recording, ensuring that every nuance of sound is faithfully preserved.