Price to rent  

Check out our other retro & vintage mics

Accessories for vintage mics

A beautiful vintage mic which will always be associated with The Beatles. Original features: a brushed alloy body and adjustable "hinged" rectangular head. Modified with a top quality dynamic insert, with high spec transformer balanced XLR connector.

FEATURES
• Original period microphone casing
• Modern high quality vocal neodymium microphone capsule
• Rugged housing with low handling noise
• Fully functioning theatrical prop

TECHNICAL SPECIFICATIONS
Transducer type . . . . . . . . . . .  Dynamic moving coil
Operating principle . . . . . . . . . Pressure gradient
Frequency response . . . . . . .    50 - 16500 Hz
Polar pattern . . . . . . . . . . . . . . cardioid
Nominal impedance. . . . . . . . . 600 Ohms
Sensitivity. . .......... . . . . . . . ..  -75dB ±3dB @ 1kHz / 1m
Weight w/out cable. . . . . . . . .  240g

HISTORY
Approximate year of manufacture 1959. This was originally designed as a microphone for recording. The ribbon was very sensitive and easily damaged by loud singing or blowing into the microphone. However, close-up vocal use was made possible by inserting felt "acoustic correction pads" into the head. The felt pad gave a degree of bass reduction and protection for the ribbon. An additional yellow fabric insert at the rear of the head altered the pick up characteristic from Figure of 8 to single side making it less susceptible to feedback and more suitable for PA use.

Other variations of the RB included:
RBH with an impedance switch - 30 Ohms or Hi-Z
RB/T with a die cast tubular mounting containing the line transformer and connecting socket.
RB/TS as above but longer to accommodate a sliding on/off switch.
RB/W with an oval die cast mounting containing the transformer and connection socket with separate ½" tapped hole for stand mounting.
RB/WS as above but with a rotary on/off switch in the stand mounting position.
RBS alternative impedance choice 30-50 and 1000 Ohms.
RBY alternative impedance choice 30-50 and 10000 Ohms.