Polymer Audio Research MKS-X Speakers with Diamond midranges and tweeters

Owned by a Pulitzer prize winning composer, these polymer MKS-X speakers are one of the most neutral and accurate loudspeakers on the market today. They feature the Diamond Midrange drivers as well as diamond tweeters. These drivers are only used in speakers that are manufactured at two to three times there price.The midrange drivers alone cost $10,000 each
Speakers are in excellent condition,
with very low hours. (Winner of many Best of Show Awards). Shown with both FM Acoustics and Thrax Audio.
Polymer Audio Research does not allow any discounting for a new pair of their speakers so this is your chance to own a pair for much less. They are currently setup in our showroom for Audition in Colorado Springs,Co. so if you would like to give them a listen please feel free to contact us
Price: New $68,000 Sale: $46,500 . please see below for more info.

Laboratory grade silver from input to output · 5N silver wire inductors for best signal transmission · Crossover network designed entirely without the use resistors · Steep crossovers filters are accomplished with minimal parts count. The band pass circuit for diamond midrange is just a total of 4 parts. · All mechanical resonances are eliminated from crossover components both internally with damping compounds and externally with potted enclosures to protect delicate circuitry from powerful forces generated inside the cabinet. · Pure diamond tweeter, maintains theoretically ideal pistonic motion throughout its entire pass band. · Pure diamond midrange, like the tweeter this midrange maintains theoretically ideal pistonic motion where human hearing is most sensitive. Other cone materials bend and flex and warp at various frequencies creating colorations that are not on the recording (creating a sound of their own). The MKS-X allows you to hear exactly the signal as supplied by your electronics. · World’s most inert cabinet construction using a combination of metal alloys to push resonances beyond the ability of instrument’s to measure them. The front baffle is machined out of a solid billet of material that is 5 times more damped and 5 times more stiff than aluminum. All ringing modes in the mid-range are eliminated. · Complex geometry and strategically place merino wool inlays completely address diffraction by both scattering and absorption · Acoustic centers of drivers are positioned to achieve near point source radiation · Ideal horizontal dispersion characteristics optimize reflected energy in the room