Rode NTG3 RF-BIAS Shotgun Condenser Microphone

The Rode VideoMic is a professional ‘On Camera’ shotgun condenser microphone. Designed to delivers clear, crisp, directional audio for video cameras and personal audio recorders. The integrated Rycote® Lyre® based shock mounting system isolates the VideoMic capsule and electronics from its all-metal shoe mount, providing isolation from external physical factors that may cause unwanted rumble and vibrations in the microphone. Constructed from a single piece of hard-wearing thermoplastic, the Lyre® provides superior acoustic suspension to traditional elastic solutions, and will never wear out, sag or snap.

Its standard sized shoe mount also includes a 3/8″ thread in the base for easy mounting on a boom pole or stand.

By employing a super-cardioid polar pattern the VideoMic becomes highly directional, focusing on the subject in front of the camera, and minimising any surrounding sounds.

In addition to the microphone’s native 40Hz-20kHz response a selectable high-pass filter at 80Hz is available, which will prevent low end noise such as air conditioners and traffic from being recorded.

A -10dB and -20dB level attenuation (or PAD), selectable from inside the battery compartment, allows recording of loud sound sources, such as live music or motorsport.

The RØDE VideoMic directional on-camera microphone is designed in Australia and covered by RØDE Microphones’ industry leading 10 year warranty.

The Shure VP83F LensHopper™ delivers the perfect blend of form and function. For use with DSLR cameras and HD camcorders, it offers digital flash recording / playback (MicroSDHC) capabilities that enable WAV file capture at 24-bit / 48 kHz sampling rate.

• Low Off-Axis Coloration
• Supercardioid Pattern with Low Self-Noise
• All Brass Body, Black Speckle Finish
• Rycote Pistol Grip Shockmount
• Water Resistant and Humidity Proof
• 50Hz to 20kHz Frequency Response
• Includes Foam Windscreen
• Microphone Stand Clip
• Waterproof Hardcase with Cut-Foam Insert
• Faux Fur Windjammer