Special Price $199.00 Regular Price $310.00
-Live stage, recording -Kick drum -Floor tom -Bass cabinets -Leslie bottom
Audix D6 Dynamic Cardioid Kick Drum Microphone Provides huge kick drum sound with ground shaking low end while delivering exceptional clarity and attack. Designed, machined, assembled and tested by Audix in the USA, the D6 is a dynamic instrument microphone used for stage, studio and broadcast applications. The D6, which is characterized with a cardioid pickup pattern for isolation and feedback control, is equipped with a VLM™ (Very Low Mass) diaphragm for natural, accurate sound reproduction. The D6 is lightweight, compact and easy to position. With a wide frequency response of 30 Hz - 15 kHz and the ability to handle sound pressure levels in excess of 144 dB, the D6 is an excellent choice for miking instruments requiring extended low frequency reproduction such as kick drum, large toms, and bass cabinets. Roadworthy construction includes a precision machined aluminum body, black anodized finish, laser etched model and serial number, steel mesh grill, Switchcraft® XLR connector and includes a tension-fit heavy duty nylon mic clip. Transformerless design, low impedance, and balanced output allow for interference-free performance even with long cable runs.
|UPC (Universal Product Code)||00687471121047|
|MPN (manufacturer part number)||D6|
|Discount||INSTANT SAVINGS: 10% OFF|
|Features||-Cardioid polar pattern -Tuned for kick and bass -30Hz-15kHz frequency response -Not dependent on finding "sweet spot" for good sound -VLM diaphragm for fast transient response|
|Specs||Transducer Dynamic Polar Pattern Cardioid Frequency Response 30Hz - 15kHz Dynamic Range (Typical) not specified by manufacturer Signal-to-Noise Ratio not specified by manufacturer Maximum Input Sound Level 144dB Power Requirements not applicable, dynamic microphones do not require power Output Impedance 200 ohms Output Connectors 3-pin XLR Pad No Low Frequency Roll-Off No Dimensions not specified by manufacturer Weight 4.5 oz (128 grams)|