Gilmore Audio planars revealed


The Gilmore Audio speaker have finally been photographed for the world to see: Gilmore Audio

Disclaimer - I'm a dealer for the Gilmores, though at this point I'm still awaiting my first pair, as they haven't begun shipping yet.

The Gilmores push the edge of the envelope for planar technology in several areas. Innovations include an extremely thin (3 mil) Kapton diaphragm; bass extension to below 20 Hz; easy 8-ohm load combined with 92 dB efficiency (you can drive 'em with Atma-Sphere M-60's!); and maximum output level in the mid to upper 120's.

Designer Mark Gilmore is the webmaster of the Atma-Sphere Owner's Group website, as well as of the Sound Lab Owner's Group site. He's been around for a while, but this is his first commercial loudspeaker design (to the best of my knowledge).

I haven't heard 'em yet so can't comment on the sound (I know, that's all that really matters after all). I'm expecting a pair before the end of the year, and will post comments then.

Duke
audiokinesis
Eldartford,

Yeah, but better yet, let's use Hydrogen. Seriously, here's the explaination:

"It's probably not possible to make aerogel any lighter than this because then it wouldn't gel," Jones said. "The molecules of silicon wouldn't connect. And it's not possible to make it lighter than the density of air, 1.2 milligrams per cubic centimeter (.00004 pounds per cubic inch), because aerogel is filled with air." To change the density, Jones simply changes the amount of silicon in the initial mixture.

Plus, I don't think the aerogel would make a good ribbon.

Anyway, I look forward to the day when speaker cables are also used as tie downs. Again, these may be great speakers but this claim is so outrageous that it cannot go unchallenged. Heavens, if they could develop such a material, the last engineering use for it would be in audio.
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This is not a sensitivity measurement. I am sorry that you are having difficulty believing this claim, but very simply it is true -- compression has to do with when, despite the fact that you are adding power, the speaker doesn't get any louder. This "compression point" on the Gilmore AUdio speakers is 127dB.
Neat stuff. We'll see what the future brings. Roger West's M1's membrane is .1 mil (point one mil) thick. A very reasonable target to shoot for. But you do agree that the membrane can be lighter than the total mass of the air it moves. You agree with this, correct? Also, it would take a lot of helium to get those 180 lb a piece Model 2's to liftoff.