Audio-Technica U853R UniPoint Series XLR Cardioid Condenser Hanging Microphone (Phantom Power Only) (Black)
Enhanced Performance and Versatility
Wide Frequency Response and Cardioid Capsule
Discover exceptional audio clarity with the U853 Hanging Cardioid Condenser Microphone. Its wide frequency response and highly sensitive cardioid capsule ensure transparent, accurate reproduction of vocals and instruments. The focused pickup area minimizes off-axis noise and ambiance, delivering a pristine sound quality free from room noise and feedback.
Low Frequency Roll-off Switch
Eliminate unwanted rumble and noise with the low-frequency roll-off switch. Perfect for reducing room ambiance, wind noise, and proximity effects, this feature ensures clean, professional audio reproduction in any environment.
Rich Audio Quality for Diverse Applications
From capturing choirs and theatrical performances to lectures and sermons, the U853R excels in various settings. Its rich audio quality, detailed signal reproduction, small profile, and flexibility make it an excellent choice for a wide range of applications.
Innovative Design Features
Flexible Steel Suspension Hanger
The steel suspension hanger offers unparalleled flexibility in positioning and placement. Its innovative design wraps around the ceiling suspended cable and capsule, ensuring secure and adjustable mounting options.
Interchangeable Capsules
Experience versatility like never before with the UniPoint series’ interchangeable capsules. While the cardioid capsule is included, options such as hyper-cardioid, omni-directional, and UniLine capsules are available to suit your specific recording needs.
Cardioid Polar Pattern
The cardioid polar pattern provides a focused pickup pattern, effectively minimizing noise and ambiance for pristine audio capture.
UniSteep Filter
Switchable low-frequency roll-off filter at 80Hz eliminates low-frequency residual noise, maintaining clean and clear audio reproduction.
RFI Shielding
Benefit from UniGuard RFI-shielding technology, protecting the microphone against noise caused by radio-frequency interference in the surrounding area.
