VideoMic RYCOTEEAN  698813002900

The VideoMic from Rode is a cost effective shotgun microphone that can easily be mounted on a video camera because it features an integrated shockmount that attaches to the camera's shoe. The VideoMic is lightweight, and when mounting on a camera it does not appear in the frame. Its super-cardioid polar pattern attenuates sounds from the sides. The result is a signal that sounds closer to the camera, even when shooting in noisy environments or at moderate distances.

A 3/8" thread at the base of the shockmount allows you to use the VideoMic on any standard boompole. With the addition of a longer 1/8" male to female stereo mini-plug cable (like the Rode VC1), and a boompole (Like the Rode Mini Boom), you can radically improve the audio in your video work. A special 1/8" mini-plug to XLR adapter (the Rode VXLR) is also available to use the VideoMic on a professional camera.

Replaceable rubber O-rings suspend the microphone on the shockmount and protect against noise due to movement and handling. An attached, coiled cable terminates to a 1/8" (3.5mm) mini output connection. The VideoMic features a condenser element that utilizes a standard 9 Volt battery (sold separately). The microphone will run for approximately 100 hours on a single battery. This microphone was used in the making of the low-budget blockbuster hit film Paranormal Activity. If you're wondering if you can get good sound with the VideoMic, wonder no more.

Barrel Canceling Pick Up
The Rode Video Mic functions as a true line plus gradient microphone with a super-cardioid pattern in the front and a barrel that cancels side-audio. The result is maximum pick up of the source in highly ambient and noisy environments.

Integrated Shock-Mount
The VideoMic features a permanently attached shock mount with a camera mounting shoe underneath. The shock mount features replaceable rubber o-rings that protect against noise caused by abrupt movement and shock.

High Pass Filter Switch
A high-pass filter switch eliminates room ambiance and