Phoenix Pianos are dedicated to producing the most technically advanced and best crafted pianos possible.

We arose from  a friendly and productive association between Steingraeber of Bayreuth and Hurstwood Farm Piano Studios, of Sevenoaks, based on shared objectives for the industry.

The aim of Phoenix Piano Company is to use state of the art acoustic and computer science to improve the power, lengthen the sustain of the notes and enhance the artist/ instrument interface of modern pianos whilst producing an instrument of longer quality life and one that is significantly more tolerant of adverse climate conditions

Arguably our pianos offer the first major advance in piano design for over a century.

Key features are:

  • An acoustic body (case, frame and fitting of the soundboard) supplied by Steingraeber of Bayreuth using only the finest available timber and other materials and old fashioned hand craftsmanship.
  • A new form of bridge technology that transmits vibration energy from the strings to the sound board up to twice as efficiently as a traditional  piano bridge. This new concept also eliminates the down bearing forces from the strings onto the soundboard, thus eliminating the progressive collapse of soundboards under load that terminates the quality life of all traditional pianos in a period of between 5 and 40 years according to the robustness of construction. It is generally perceived that thinner but inevitably less robust soundboards yield the best performance. There was therefore an important “trade- off” to be decided  in selecting the right traditional piano for a particular duty.  With Phoenix we e have made that decision a thing of the past by removing the loading of the strings on the soundboard whilst enhancing the transfer of vibration energy from the strings to the soundboard.
  • A newly developed 5 layer carbon fibre sound board based on Formula One racing car manufacturing technology with directionally controlled fibres in each layer. The board has low mass, low thickness and high elasticity. Sound energy loss in the substance of the piano sound board is significantly reduced.
  • A Wessel, Nickel and Gross low friction action made of various composite materials including hammer shanks of carbon fibre, and water repellent bushes that, unlike felt, do not swell and get stiff in conditions of high humidity. The action  has been  immersed in water for 12 hours and still played  perfectly.  In another test it was held at 95% Relative Humidity for weeks on end without any stiffness of the action developing.  The hammer flange bushes have been tested to perform 10 million cycles without significant wear.
  • Special premium felt hammers by Abel identified by black core felt,  which have been developed to exploit the potential of carbon fibre sound boards.
  • Bass strings wound with stainless steel, which are designed to produce the classical but now “lost” purity and clarity  of sound of historical iron strings. These retain the power of  modern highly stressed copper wound strings. Traditional copper wound  bass strings are optionally available.

Below is a series of interviews with Phoenix founder, Richard Dain. In this fascinating series, Mr Dain explains how Phoenix came to be the world’s most technologically advanced pianos.

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