You can apply extraordinary measures to eliminate cabinet resonance and the result is a speaker like those made by Magico.
And a dozen others or more.
There is no defined engineering path to a great sounding speaker.
The engineering path to troubled speakers is easier:
- Cabinet resonances
- Compression limiting dynamics
- High distortion
- poor frequency response
- directivity issues
- port noises
- cone breakup
- Issues with diffraction
- issues with phase in the crossover regions
And probably a few more??
Many companies make speakers using quality drivers and cabinets that address the majority of the issues. And most of them sound pretty good.
If we never come close to agreeing on what is a great sounding speaker, how can we then extrapolate from this uncertain data what is the right approach to speaker design?
I thought many people did agree on which speakers are great sounding and many agree on which are poor sounding?
There is range in the middle, say $500-$5000 , where the cost compromises affect 1 or more areas, and we end up not being very certain that they are good. Or some will abide the flaws and others will abide different flaws more easily.
So there is a huge agreement on the manufacturers side where they know what makes a speaker good and bad, and which flaws they can overlook to limit cost.
I can point to handfuls of speakers I would be happy with, from quite a few manufactures. That gets a lot harder in the $1000 range as there are usually 2 or more flaws so we have your “Pros and cons”… the better ones just have fewer cons.