Neumann KM 183-MT Small-Diaphragm Pressure Condenser Microphone

Explore the Neumann KM 183 MT Microphone
Step into the world of superior sound with the Neumann KM 183 MT Microphone in matte black. This omnidirectional, pressure condenser microphone is expertly designed for various applications, from live sound reinforcement and broadcast to professional recording environments. Experience unparalleled clarity and precision in every audio capture with its transformerless circuitry and balanced output, ensuring high output gain and a very low noise floor without any coloration to your output signal.

Versatile Recording Applications
Whether you're recording in a studio setting or capturing live performances, the KM 183 MT offers a wide frequency response range from 20 Hz to 20 kHz. This versatility allows it to excel in numerous recording situations, including stereo miking techniques like X,Y configurations, ambiance miking, or spot miking instruments such as pianos, wind instruments, organs, and choirs.

Omnidirectional Polar Pattern for Complete Sound Capture
With its omnidirectional polar pattern, the KM 183 MT provides a generous pickup area, making it ideal for capturing room ambiance as well as direct sound sources. This pattern allows for a natural blend of the primary sound and the room's acoustics, perfect for achieving a rich and full-bodied audio reproduction.

High SPL Handling for Dynamic Recordings
Capable of handling sound pressure levels up to 140 dB, the KM 183 MT is adept at close miking instruments with high transient responses. This microphone ensures detailed and dynamic capture of loud instruments without distortion, making it an excellent choice for professional settings where clarity and fidelity are crucial.

Durable and Sleek Design
The KM 183 MT combines functionality and durability in its sleek, compact form. Its rugged construction is designed to withstand the demands of both studio and field use, ensuring reliability and longevity. The microphone's matte black finish not only adds an aesthetic touch but also reduces reflectivity during video recordings.