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<blockquote data-quote="trumpet" data-source="post: 7579081" data-attributes="member: 628688">What was mentioned in the thread more than once, and what seems to be misunderstood or ignored by you(whitedragon551) is beaming. Beaming makes the frequency response of a driver worse off axis past a certain frequency dependent on the diameter of the driver.<a href="http://www.diymobileaudio.com/forum/diyma-sq-forum-technical-advanced/27665-please-define-explain-beaming.html" target="_blank">Please define/explain &quot;beaming&quot; - DIYMA.com - Scientific Car Audio - Truth in Sound Quality</a>Great off axis response depends on playing a driver below the frequency at which it begins to beam, among other things. Using 13,740/s (speed of sound in inches at sea level) / driver diameter in inches, a 2&quot; driver begins to beam at 6,870 Hz. A 3&quot; driver begins to beam at 4,580 Hz. I&#039;m still trying to wrap my head around a lot of audio concepts, but hopefully this is helpful.</blockquote>

[QUOTE="trumpet, post: 7579081, member: 628688"] What was mentioned in the thread more than once, and what seems to be misunderstood or ignored by you(whitedragon551) is beaming. Beaming makes the frequency response of a driver worse off axis past a certain frequency dependent on the diameter of the driver. [URL="http://www.diymobileaudio.com/forum/diyma-sq-forum-technical-advanced/27665-please-define-explain-beaming.html"]Please define/explain "beaming" - DIYMA.com - Scientific Car Audio - Truth in Sound Quality[/URL] Great off axis response depends on playing a driver below the frequency at which it begins to beam, among other things. Using 13,740/s (speed of sound in inches at sea level) / driver diameter in inches, a 2" driver begins to beam at 6,870 Hz. A 3" driver begins to beam at 4,580 Hz. I'm still trying to wrap my head around a lot of audio concepts, but hopefully this is helpful. [/QUOTE]

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