RODE NTG-1 Shotgun Microphone


In stock

Key Features

  • Model: NTG-1
  • Broadcast sound quality, Two step High Pass Filter
  • Low noise circuitry, 2 step High Pass Filter
  • Super-cardioid polar pattern
  • Condenser transducer
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RODE NTG-1 Shotgun Microphone


Basic Information
Microphone Type Shotgun Microphone
Sound Level Maximum Output Level: 6.9mV (@ 1kHz, 1% THD into 1KΩ load)
Includes mic clip, wind shield and zip case
Noise/Signal Equivalent Noise Level (A-weighted): 18dBA
Main Specs
Frequency Range 20Hz – 20kHz
Sensitivity -36.0dB re 1 Volt/Pascal (15.00mV @ 94 dB SPL) +/- 2 dB @ 1kHz
Output Impedance JFET impedance convertor with bipolar output buffer
Output Impedance: 50Ω
Dimension 219.00mmH x 22.00mmW x 22.00mmD
Weight 105.00g
Polar pattern Super-cardioid
Power Module P24, P48
Audio recorders Yes
Warranty No Warranty


The RODE NTG-1 is a directional shotgun microphone designed for use in professional film, video, and broadcast productions. It features a super-cardioid polar pattern, which helps to isolate the sound source and reduce ambient noise.

The microphone has a frequency response range of 20Hz to 20kHz, and a high sensitivity of -36dB re 1V/Pa, which allows it to capture clear and detailed audio even from a distance. It also has a low self-noise of only 18dB, which makes it suitable for use in quiet environments.

The RODE NTG-1 is constructed from lightweight and durable aluminum, and features a rugged all-metal construction that makes it suitable for use in harsh environments. It also has a built-in shock mount that helps to reduce handling noise and vibrations.

The microphone can be powered by a 9V battery or external phantom power, and has a standard 3-pin XLR output that can be connected to a variety of audio recording devices. It also comes with a foam windshield to help reduce wind noise when recording outdoors.

Overall, the RODE NTG-1 is a high-quality shotgun microphone that is suitable for a wide range of professional audio recording applications. Its directional polar pattern, high sensitivity, and low self-noise make it an excellent choice for capturing clear and detailed audio in challenging environments.

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