Best sub for music,


Not HT, repeat not the boomboomboom of HT  effects.  which does not offer the high fidelity of musical sub bass (20hz-40hz) 
I'd have to go with the seas W26E001. which has a magnesium/aluminum cone. 
What that raitio is, not sure, seems 50/50. 
None of us here like the sound of those old aluminum cones. But my guess is Seas had to incorporate some alumium inorder to gain the 20-30hz and also mabe keep costs down. 
This YT vid says **Aluminum cone** which is confusing YTers.
Its a  composite, and perhaps the best ture woofer on the market.
Been around for ages, still hard to beat for pure natural low mids. .
Magesium is the best material to keep unwanted resonances out in the  60-1k range, very low/hardly measurable distortion. 
The issue here  tops out at 1k, so its really a  sub. 
This woofer may be a  good candidate to pair with a  5 inch wide band. 



https://www.youtube.com/watch?v=RSiuaMWodzI

http://www.seas.no/index.php?option=com_content&view=article&id=362:e0026-08s-w26fx001&c...
mozartfan
There is no best anything.
Ah, com'on? Off the top of my head: 
Flint's ribs.

A Fenton's Black & Tan sunday.

The 1982 South swell. 

Jimi! 
@mijostyn --

I do not know where this differentiation between home theater subwoofers and HiFi subwoofers came from. There are good subwoofers and bad subwoofers. Perhaps home theater people tend to buy bad subwoofers. Good subwoofers will do anything. They are even better at doing theater than bad subwoofers.

Most commercial subwoofers are not even fit for home theater duty. ...

Much in agreement here.

It is very hard to make an enclosure that works at a reasonable price not to mention terrible cross over strategies. Play anything with a lot of bass and put your hand on your subwoofer. That vibration and shaking is distortion. Ideally you should be able to put your hand on it and feel absolutely nothing. I made 200 lb enclosures out of solid surface material and I could still feel some vibration. Next versions will be better.

Front loaded horns, tapped horns and (other) high order bandpass subs lend themselves better to enclosure rigidity due to the horn paths and chamber innards inherent to their construction. That said adding density by factor 2 or more to such cabs that easily take up 20 cf. of volume, and already weigh in at +200 lbs, is highly impractical and would seem to miss the forest for the trees; I’d much prefer their virtues of higher efficiency, better cone to air coupling and bigger effective air radiation area at a lesser package density than a smaller, less efficient and relatively heavier ditto.

Stay away from ported subwoofers. Subwoofers have to move a lot of air and it is very hard to avoid port noise. It is better to stick with sealed designs and correct the frequency response with power and room control.

That’s an unfortunate generalization. Sealed designs are hideously inefficient, and power only gets you so far - unless you have an abundance of displacement. Moreover mechanical stress associated driver noise would be obvious due to it being direct radiating - this goes for all DR designs. Ported designs when tuned low (with prodigious venting area) and using large diameter higher efficiency pro drivers can lead to good results, and if port noise would be prevalent here I’d suspects SPL’s to be substantial. Front loaded and tapped horn subs suffer no horn path noise. Theoretically it’s not impossible, but you’d have likely bought the farm by them - certainly structural integrity of your housing. Tapped horns have the driver "exposed" at the mouth area (re: mechanical driver sound issues), but with excursion minima at the tune are even better loaded compared to FLH’s, and so distortion levels are lower due to less cone movement at all but at the absolute limit of their capabilities (hence the prevailing logic of headroom).

Regardless of the size of the room the minimum size is two 12" drivers or four 10" drivers. Bigger and more is always better. The less work any single driver has to do the lower will be the distortion. Making sub bass requires long excursions which take the suspension out of it’s linear operating range. Bigger and multiple drivers do not have to move as far.

Front loaded horns and tapped horns (and other high order BP designs) are force multipliers; a 15" driver like the one used in my tapped horns is the equivalent of some two 18" direct radiating drivers - both due to the horn loading of the front wave of the driver, as well as the taking advantage of its summed output from the back wave - although they present bass quite differently to one another and hereby making comparisons a bit tricky in this regard. When you factor in high efficiency, large effective air radiation area and excellent loading of the driver (with proper motor force and other criteria met) that has the cabinet/horn do the heavy lifting, it equates into effortlessness in reproduction like few others.
I love subs in my system! I’m currently running two JL Audio F113 Fathoms in stereo using balanced cables running from my Ayre preamp. When setup and tuned correctly they sound amazing! They work very well with my Egglestonworks Andra II’s. 
@jheppe815 --

18’s in a home? That seems illogical and nonsense. However, those cones simply don’t move at low to moderate levels. Again, goes back to what mijostyn states about low distortion levels when the cones (air pistons really) are not moving much. I have zero vent noise or chuffing. Again, being a sealed cabinet guy, I was quite hesitant on these cabinets but after implementation of the system, that large driver (and it’s construction) simply sounds good. At full tilt with the drivers reproducing frequencies in the 20’s, it’s scary as to how much fun it is. I have other systems in the house in smaller rooms with tiny cabinets (and one system with a tiny subwoofer) and 50 watts of power, but I hardly listen to them anymore due to just how much fun it is to listen to a large system with subs driven by big power in a big room.

Welcome to the forum, and thanks for chiming in with your experience - the specifics or nature of which I find is sorely needed around this place. Practically it’s not about having too much bass/sub capacity (i.e.: displacement area) than it is typically having all too little and badly implemented at that. I can certainly vouch for the importance of headroom, in effect for reasons you and a few others have already pointed out, so "18’s in a home" would seem the logical choice that actually does make sense.

I’ll probably get promptly booted out of here and banned for life for suggesting 18" JBL drivers on an audiophile forum, but just wanted to share my experiences and I’m having a ton of fun with this setup. ...

Years ago I had my stare at a friend’s home set-up with twin EV TL880D ported cinema subs (2 x 18" per cab), not to mention their sonic impact both quantitatively and qualitatively. I’ve since gone on to acquire a pair of 15"-loaded horn-based subs instead, as I find their imprinting in the lowest octaves to be the most natural I’ve heard among any bass principles. They kick harder in the central to upper bass, even tuned as low as their direct radiating 18"-loaded EV counterparts, yet have a more "liquid," smooth and enveloping presentation. Few know of the sound of horn subs, let alone ones covering the "power region" - that’s a shame.
 I have owned over 20 subs and the tightest most accurate bass I’ve ever heard for music is with subs from Stereo Integrity