I’m now convinced that ‘statement’ speakers over $40K or so are a waste of money.
Here’s why:
Once you reach these price points, and sizes, the room interface is the primary thing to start paying attention to, not the number and type of drivers.
I’ve seen way to many pictures of e2’s in horribly inappropriate rooms and placements to believe that they could ever sound as good as a lesser system in a well set up environment.
I’ve heard several huge speakers in rooms way to small for them, really bad sound.
To me, a true Statement piece, one that shows off the speaker manufacturers design to the maximum possible effect are perforce required to be custom systems that are engineered and designed in coordination with the space they will go into.
For instance, I can easily envision a future room where I would design the space to house a set of 5 CLX’s to cover the 60 Hz on up range. That’s $100K of speakers right there.
The 20 to 60 Hz range would be covered by custom transmission line, line-arrays (yes, dual topology) using 8 high-quality 10” drivers per channel (that’s 40 10” drivers handling the bass).
Infrasonic to 25Hz would be handled by a Thigpen rotary woofer in an Infinite Baffle alignment.
The CLX’s would be mounted into a custom wall at either end of the room, putting them into an infinite baffle alignment (with zero dipole cancelation issues). Note that this requires a significant amount of space behind the speakers.
The side wall speakers would either be Spires custom mounted in infinite baffle alignments if the room is to have a single row of seats, or an array of five Stage speakers (stacked, only middle unit has tweeter enabled) per side also embedded into wall with full back-wave absorption.
The room would be a pseudo room-within-a-room design, where the infinite baffle spaces for the CLX’s and the space for the TL boxes can live.
Of course, the room is engineered for the dispersion characteristics of the speakers, and the bass modes optimized by virtue of both bass line-array placement and room dimensioning. All treatments are built-in to the construction and integrated into the décor.
The IB for the Thigpen rotary could be under the structure.
This would result in a listening space somewhere along the lines of 18’ wide by 28’ long x 12’ high (actually 27’ 6” L x 18’ 3” W x 11’ 7” H), resulting in almost 6,000 cubic feet.
Total foot print for space is probably a 35’ long x 22’ wide foundation.
I figure room construction alone is at least $150K.
By the time all gear and labor is figured, this could easily be a >$450K endeavor.
But the results would likely beat much more expensive (in terms of gear cost) systems.
So there you have it, my take on what I’d do to get a true ML statement solution.