Feature(may vary by option.)
●Dynamic Microphone with professional 10 FT XLR Cable Included. Steel Mesh Grill. On/Off Switch. Rugged Metal Construction. Natural Sound Reproduction. Beautiful Black Finish (The perfect combination of matte and shiny black finish)●Frequency Response: 50Hz-15kHz. Super Cardiod Polar Pattern. Impedance 600 Ohm ±5%. Sensitivity -60dB ± 3dB (0dB=1V/Pa at 1KHz).●100% Metal wired mic, 10 foot XLR Mic Cable, Mic Clip and Plastic Carry Case.●The Rockville RMM-XLR is designed with the professional performer in mind. The RMM-XLR has excellent vocal reproduction and will sound great whether you are in the studio or on stage. The RMM-XLR is constructed with solid metal to ensure reliability.●The RMM-XLR has a very nice weight which feels sturdy in the performers hand giving them the confidence they need to perform their best! The RMM-XLR features XLR output which ensures the best sound quality possible also included is a high quality rugged 10 FT XLR cable.[Metal Microphone set]
[Plastic Microphone set]
Description
Includes:
RMM-XLR 100% Metal wired mic
10 foot XLR Mic Cable
Mic Clip
Plastic Carry Case
Owners manual
Warranty
The Rockville RMM-XLR is designed with the professional performer in mind. The RMM-XLR has excellent vocal reproduction and will sound great whether you are in the studio or on stage. The RMM-XLR is constructed with solid metal to ensure reliability. The RMM-XLR has a very nice weight which feels sturdy in the performers hand giving them the confidence they need to perform their best! The RMM-XLR features XLR output which ensures the best sound quality possible also included is a high quality rugged 10 FT XLR cable
Features:
Rockville RMM-XLR Dynamic Microphone
Professional 10 FT XLR Cable Included
Steel Mesh Grill
On/Off Switch
Rugged Metal Construction
Natural Sound Reproduction
Beautiful Black Finish (The perfect combination of matte and shiny black finish)
Frequency Response: 50Hz-15kHz
Super Cardiod Polar Pattern
Impedance 600 Ohm ±5%
Sensitivity -60dB ± 3dB (0dB=1V/Pa at 1KHz)