DPA Microphones UA0897 Microphone Shock Mount

When recording in challenging environments where excessive vibration is a concern, the UA0897 Microphone Shock Mount offers an unparalleled solution for audio professionals seeking to capture clear and undisturbed sound. Engineered with precision, this shock mount utilizes cutting-edge vibration measuring techniques, courtesy of Bruel & Kjr's industry-leading vibration test equipment, to ensure superior vibration isolation.

The UA0897's ultra-compact and robust design is meticulously crafted to minimize vibration transmission to the microphone, thereby preserving the integrity of the audio without introducing adverse acoustical effects. Its performance is not just promised but quantified, with clearly specified vibration reduction metrics that set it apart from competitors.

Versatile in its application, the UA0897 is perfectly suited for both studio setups where it can be stand-mounted, as well as for on-the-go recordings using hand-held boom poles. This adaptability makes it an essential accessory for a variety of recording scenarios, from film sets to field recordings and live events.

To accommodate different microphone weights and sizes, the UA0897 Shock Mount offers flexibility with its interchangeable Rubber Mounts. It comes standard with the DDS0731 Rubber Mounts, which are specifically designed for 19 mm diameter microphones, ensuring a snug and secure fit. For lighter microphones, extra soft Rubber Mounts are recommended, while medium soft mounts are ideal for heavier microphone models.

Additionally, the UA0897 is equipped with a versatile thread adapter, making it compatible with up to three of the most widely-used international standard microphone stand threads. This feature underscores the shock mount's commitment to universal usability, catering to a broad range of equipment and user preferences.

In summary, the UA0897 Microphone Shock Mount is a testament to sophisticated design and functionality, offering audio professionals a reliable tool for achieving pristine sound quality in even the most vibration-prone environments.