MIT ACC 206 Articulation Control Console Speaker Cables

8ft pair of MIT ACC 206 speaker cables with spades. This pair is actually 151.5"(12.63ft) tip to tip. The couplers(amp to network box) are 98.5", the box is 12" and the tails(network box to speaker) are 41". This pair was traded in to me toward the purchase of a pair of ACC 268 speaker cables. 
I received them with several paint chips and scratches, but with direction from MIT I touched up the chips in the front black band of the right channel network box. I did not touch up the very small corner scratches in the paint as they are not visible from the front and are hard to see. This pair came to me without the "Note Perfect" emblems on the top right corner of the boxes, but MIT has sent me a set. I can apply them before I ship the cables to the new owner or send them not applied. Contact Scott at [email protected] or call/text (972)754-8359 with any questions.

From MIT;

The moniker Note Perfect was chosen by Bruce Brisson to represent MIT product or products that meet or exceed his best expectations. Look for this symbol of excellence when working on systems that are intended to return performance without peer.

ACC 206 and ACC 210BW are the culmination of the smaller size of the ACC 169 plus the stylish and vibration isolating features from the ACC 268. To increase performance MIT adds more poles of articulation, which are allowed by the slightly larger enclosure. This unit is beautifully designed to sit next to, or behind, a mid to large sized speaker enclosure. The ACC 206 and ACC 210BW enable the listener to enjoy increased saturation of image that will appear seamless to the listener with textures and timbre that are realistic, believable and hugely dimensional from left to right, from front to back and from top to bottom. The unique 2C3D capabilities of this design are astonishingly realistic, and at the same time invisible in terms of speakers and speaker placements. The “speakers disappear” is the description most commonly used by knowledgeable audiophiles when they first experience this model.