Since the early sixties, in Holland, when Ben Peters first designed and built the Audiostatic loudspeakers incredible progress has been achieved; resulting in a number of patents for proprietary design solutions. Right now, Audiostatic's new WING full range creations are impressing critical listeners the world over. Elegantly beautiful objects which clearly convey individual tastes in music. You can hear every detail and every sense of atmosphere. Deep bass can be properly felt. Spatial positioning is impressively natural. Critical passages played by the strings, woodwind, let alone voices are reproduced without a trace of hardness or colouration. Dynamic demands, from a grand piano for example, will remain absolutely distortion free. These characteristics, together with bi-directional radiation of the electrostatic panels, are your guarantee of hours and hours of listening without fatigue. Almost as if there were no loudspeakers at all.

The Wing's DCI® interface (Direct Coupled Interface) allows the audio signal to be routed from the amplifier to the step-up audio transformers and the full range electrostatic panel without any filtering components, like sound degrading capacitors or coils. This only became possible once a new, special foil element, as well as a resonant-free 3-layer MDF frame structure had been developed. The advantages are a much improved impulse handling, more dynamics and extended frequency range with more deep bass.

The Wing's True Line Source design launches a cylindrical wave front invariant with frequencies and lays a sound field in the room accordingly. The result is a uniform distribution of sound with an unvarying balance and perspective almost anywhere in the room. Since the sound pressure level from the Audiostatic true line source design only varies inversely with the distance and not, like other designs, with the square of the distance, the intensity of the sound field is amazing, even at a relatively distant listening position.

The heart of the WING electrostatic loudspeakers is an extremely thin and light membrane, with a thickness of 0.0002362 inch, or 0.006 millimeter. The total moving mass of an entire WING membrane is less than the moving mass of only a dome tweeter in a conventional loudspeaker system. No wonder that it is capable of the very fast acceleration and deceleration necessary to keep up with the complexity of the sound source.

l With our newly developed streaming wings, called FIN, the effectiveness of the Audiostatic WING is considerably increased.

l Room coupling is improved, as is the frequency response.
l Room placement has become even easier now.
l The fins have to be mounted on the backside of the Audiostatics
l Former DCI, ES 100 and ES 300 series also can be upgraded with FIN