I should mention that there’s full range, and there’s full range. :) Some of the "full range" drivers actually use a mechanical crossover and tweeter, so you’d be really surprised how much has been done to stretch the technology.
When I design speakers though I try to get as much of the benefits of a single driver as I can. It’s easy to make a multi-way speaker and not at all easy to integrate the drivers so that they are not only measurably but audibly seamless. If you can tell where the speaker is, I call it a fail. This is not a problem single-driver (full range) speakers have to deal with. They do have to deal with the bass though. The usual compromise is to use a smallish driver, and rear horn or transmission line enclosure.
Still, I'm speaking outside my expertise. If you are really interested, come over to the full-range section in DIYAudio and you'll find many who will wave the flag. :)
Best,
Erik
When I design speakers though I try to get as much of the benefits of a single driver as I can. It’s easy to make a multi-way speaker and not at all easy to integrate the drivers so that they are not only measurably but audibly seamless. If you can tell where the speaker is, I call it a fail. This is not a problem single-driver (full range) speakers have to deal with. They do have to deal with the bass though. The usual compromise is to use a smallish driver, and rear horn or transmission line enclosure.
Still, I'm speaking outside my expertise. If you are really interested, come over to the full-range section in DIYAudio and you'll find many who will wave the flag. :)
Best,
Erik