Rode NT3 Cardoid Condenser Microphone

Rode NT3 Cardoid Condenser Microphone

  • True condenser externally biased 3/4” capsule
  • Dual power operation
  • Cast metal body with durable satin-nickel finish
  • Transformerless output
  • Internal capsule shock mounting
  • High level of RF rejection
  • Audio-grade surface mount components
  • Full frequency response

Short Term Hire Agreements and Deposits

All our short-term hire agreements require the total cost and  deposit to be paid in full before despatch. Once the instruments or equipment have been received back to us they will be thoroughly checked by our technicians. Assuming everything is in order, your deposit shall be returned in full to you.

Microphone Price BandDepositMinimum Hire
Daily Hire Fee £0 > £5£10Three Days
Daily Hire Fee £6 > 10£20Three Days
Daily Hire Fee £11 > £15£30Three Days
Daily Hire Fee £16 > £20£40Three Days
Category:

The NT3 is the definition of a studio workhorse. Featuring an end-address 3/4″ gold-sputtered true-condenser transducer it provides incredible detail on almost any instrument you can imagine.
Intended for studio, stage and location work, this versatile handheld, stand or boompole mounted microphone will give great results on drums, percussion, acoustic guitar, guitar amps, piano and all acoustic instruments as well as detailed voice reproduction when used as a handheld presentation microphone or indoor boom mic.
For further versatility the NT3 can be powered by either P48 phantom power, or via a 9V battery for situations when power isn’t available via the console or camera. Its rugged and durable all-metal body and mesh head ensure that it is well protected both in the studio and out in the field.
The RØDE NT3 microphone is designed and made in Australia.

  • True condenser externally biased 3/4” capsule
  • Dual power operation
  • Cast metal body with durable satin-nickel finish
  • Transformerless output
  • Internal capsule shock mounting
  • High level of RF rejection
  • Audio-grade surface mount components
  • Full frequency response
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