Due to the way that Dunlavy treated the baffle, the dispersion on this design IS more limited horizontally than a more conventional MTM design. Having said that, HT systems typically benefit from such a design as the viewer / listener is presented with a more defined left / center / right image. Spatial cues are more realistic and there is less blurring. This is especially true when the speakers are improperly spaced i.e. too close together as is found with most HT installs.
Other than that, most speakers are quite sensitive to toe-in. Being FAR more linear in output than the mass majority of designs on the market, the Dunlavy's simply reveal tonal imbalances in much quicker fashion. As such, errors in ANY part of the system / installation are displayed quite evidently.
If one HAS to run major amounts of toe-in with this speaker, my OPINION ( and that's all that it is ) is that the speakers are set up too wide and / or the listening position is less than optimal. Either that or there are other tonal / frequency response errors being commited elsewhere in the system. By toeing them in drastically, the Dunlavy's are being asked to compensate for these losses via "beaming" more high frequency information directly at the ears of the listener. Sean
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Other than that, most speakers are quite sensitive to toe-in. Being FAR more linear in output than the mass majority of designs on the market, the Dunlavy's simply reveal tonal imbalances in much quicker fashion. As such, errors in ANY part of the system / installation are displayed quite evidently.
If one HAS to run major amounts of toe-in with this speaker, my OPINION ( and that's all that it is ) is that the speakers are set up too wide and / or the listening position is less than optimal. Either that or there are other tonal / frequency response errors being commited elsewhere in the system. By toeing them in drastically, the Dunlavy's are being asked to compensate for these losses via "beaming" more high frequency information directly at the ears of the listener. Sean
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