Sennheiser ME 9005 Condenser Supercardioid Capsule The Sennheiser ME 9005 Condenser Supercardioid Capsule offers best sound but also ease of use were the design criteria for the new DIGITAL 9000 series microphone heads. Handling noise and pop sensitivity of a capsule can make the work of the sound engineer a tough
Lectrosonics Cardioid HHC Head – Ex Demo Lectrosonics Cardioid HHC Head – Ex Demo – As new condition and with a 1 year warranty. Cardioid Condenser standard mic capsule for HH transmitter. See HH Manual for more information.
Lectrosonics Cardioid HHC Head Lectrosonics Cardioid HHC Head – Cardioid Condenser standard mic capsule for HH transmitter. See HH Manual for more information.
Lectrosonics HHVMC Variable EQ Condenser Microphone Head Lectrosonics HHVMC Variable EQ Condenser Microphone Head: Adjustments for Bass, Midrange and Treble. See HH Manual for more information
Wisycom MCM301 Schoeps Condenser Cardioid Head Wisycom MCM301 Schoeps Condenser Cardioid Head: Compatible with MTH300, MTH400. Available in Black or Titanium Grey
Wisycom MCM302 Milab Condenser Cardioid Head Wisycom MCM302 Milab Condenser Cardioid Head. Compatible with MTH300, MTH400. Available in Black or Titanium Grey.
Wisycom MCM306 DPA Super-Cardioid Head Wisycom MCM306 DPA Super-Cardioid Head: Extended dynamic Dumping construction for ultra-low handling noise Compatible with MTH300, MTH400. Available in Black or Titanium Grey
Wisycom MCM306 DPA Super-Cardioid Head – Ex Demo Wisycom MCM306 DPA Super-Cardioid Head – Ex Demo: Used for demonstrations – No scratches or dents. Extended dynamic Dumping construction for ultra-low handling noise Compatible with MTH300, MTH400. Available in Black or Titanium Grey
Wisycom SRE300 MTH400 Shure Head Adapter The Wisycom SRE300 MTH400 Shure Head Adapter is a mechanical/electronic adapter to use Shure Mic Heads (Type Beta 58/87/KSM9) on the MTH300 and MTH400 handheld transmitters. Small profile 11 mm. Variants: SRE300-x: without attenuation (standard) SRE300-x-8dB: with attenuation of 8dB SRE300-x-18dB: with attenuation of
