Very interesting set of requirements! Prosound ruggedness and functionality and value combined with high-end audio sound quality... imo that can be done with high quality prosound drivers and attention to system design, especially regarding the radiation patterns.
Most high-end home audio systems have wide radiation patterns but they are not even up and down the spectrum, such that the tonal balance is considerably worse at longer distances where the reverberant field dominates the spectral balance. Prosound drivers tend to have better radiation pattern control because focusing the sound where it’s wanted is cost-effective for PA systems, but their sound quality in the ’sweet spot" is usually poor compared to high-end home audio. And of course output capability and ruggedness and portability favor prosound speakers.
Ime it is more cost-effective to start with high-quality prosound drivers and get them to sound like high-end home audio, than it is to start with high-end home audio drivers and get them to have the radiation pattern characteristics and output capability and durability of good prosound gear.
Imo what you want can be done, but offhand I do not know of an off-the-shelf product which targets your specific application. Even home audio speakers with prosound drivers (which is what I do) have a lot of money going into the cabinet finish which is probably not cost-effective for your application.
Some years back I made a speaker called the "Multi-Role Loudspeaker", or MRL (pronounced "Merle"), which was aimed at situations similar to yours, though not as high-output as what you need. I ended up only selling a few pairs, but they are at work in applications like home and commercial recording studios, providing support for a touring choir, and amplification for an electric piano, with some of them also serving as home audio speakers in between gigs. Some of my bass guitar cabs are also used for home audio, but would fall short of your DJ-ing requirement. So imo it can theoretically be done.
Duke
manufacturer