Beautiful Vintage B&W speakers in very good condition and full working order. The DM7 (bowers & wilkins) was designed by the great industrial designer Sir Kenneth Grange, an introduced in 1978 as a cost no object, state of the art speaker. The three-unit loudspeaker system featuring entirely new purpose-designed drive units and compact (approx. 40 litre) enclosure. Our lengthy programme of design and development has been completed with excellence of performance rather than cost in mind. Used stereophonically or quadraphonically, your new speakers will achieve the very highest standards of fidelity in the reproduction of original sound. The integral stand positions the loudspeaker at the optimal listening height for accurate amplitude and phase-coherent information within the listening window. The tweeter has contoured control giving four positions for selection of optimum or suitable speaker performance. The bass/mid-range transducer based on a B&W cone matrix of aromatic polyamide fibres. The acoustic drive bass radiator supplements response below 100Hz. 3-way stereo speaker, Frequency response: 30 to 25Khz +/-2dB Sensitivity: 95dB/1m Power Handing: 200 Watts Impedance: 8 ohms Dimensions: 900 x 270 x 382 mm Weight 29 kg each unit. As a rule all of our pieces are in good to excellent vintage condition with signs of wear & use commensurate with age. Please remember that if a piece is in original condition, minor wear should be expected. Please feel free to contact us for additional photos that will help with your purchase,and email us with any questions you may have. Our goal is to provide you with pieces you love. We're happy to discuss any concern you may have before purchasing.We do not generally accept returns unless it can be shown that we have misrepresented the piece either in condition or description. Shipping price is a guide only....please contact us for a more accurate international and UK postage/delivery quote.Happy to work with your own courier .UK delivery price is a guide and will depend on destination and complexity.
