![]() ![]() An accurate representation of an omni-directional pattern is shown below. It would make sense then, that polar patterns are actually spherical. Microphones are in-fact, 3 dimensional objects, and sound travels in 3 dimensions as well. The first common mistake is to think that microphones pickup sound in two-dimensions like most polar pattern diagrams show. You may have seen polar pattern diagrams online before. All rules can be broken of course, but you need to understand the basic principals of microphone polar patterns so that you understand what sound you are capturing and how that will affect your recording. Just as you wouldn’t use a bi-directional mic for vocals or dialog, you wouldn’t use a shotgun mic for an orchestra. Understanding microphone polar patterns is one of the first steps toward selecting the correct microphone for the job. Using the correct type of microphone to capture the sound you want is crucial whether you’re in the studio or in the field.
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