This CB type fist microphone features a low impedance 500Ω, omni-directional dynamic insert. It offers excellent speech reproduction with a tailored frequency response of 300Hz - 6kHz. This model is supplied with a bare end 0.5m heavy duty curly cord (including switch pair).
A specialist microphone designed to pick up large groups of singers in places of worship and performance. Typically ceiling mounted above the performers.
A phantom powered shotgun pickup microphone fitted with a 3 pin XLR male connector for direct connection to a desk mount socket.
A slimline electret gooseneck microphone fitted with balanced 3 pin XLR male connector for quick connection. Ideal for lecterns & podiums.
Ideal for building into permanent installs or custom paging consoles, this gooseneck microphone has bare end fly leads for connection. Excellent vocal reproduction.
Features an on/off switch in base, ideal for permanent installations in lecterns. Ideal for lecterns, custom paging consoles, church pulpits and direct mixer connection.
Ideal for lecterns, custom paging consoles, church pulpits and direct mixer connection. Offers excellent noise isolation and feedback rejection. 3 pin male XLR connection.
A plug in XLR gooseneck microphone which plugs into a desk mount base such as C 0431, C 0480 or C 0481. Ideal for reception areas, offices, factories etc.
An elegant, stylish, slimline unobtrusive desk-mount paging microphone equipped with a 3 pin balanced XLR lead. Excellent for reception desks, medical centres, offices etc.
This desk microphone has a tapered low frequency response for articulate speech reproduction and enhanced clarity. Fitted with a 2 metre lead and terminated with 5 pin XLR connector. Ideal for use with amplifiers and mixers fitted with a 5 pin XLR input.
This desk microphone has a tapered low frequency response for articulate speech reproduction and enhanced clarity. Fitted with a 2 metre lead and terminated with 3 pin XLR connector. Suitable for use with virtually any amplifier or mixer fitted with a 3 pin XLR input.