A method for optimized music playing by means of planar acoustic transducers comprising: supplying a first electric audio signal; providing a plurality of planar acoustic speakers adapted to convert input electric audio signals into output acoustic signals; providing a plurality of audio filters, comprising low frequency audio filters, medium frequency audio filters, and high frequency audio filters, adapted to filter in frequency said first electric audio signal so as to output a second electric audio signal comprising a limited frequency band with respect to the frequency band of said first electric audio signal; providing a surface adapted to house said plurality of planar acoustic speakers; electrically connecting said first electric audio signal to the input of each of said audio filters of said plurality of audio filters and connecting the output of each of said audio filters to said plurality of audio filters at the input of an acoustic speaker of said plurality of acoustic speakers; locating, on said surface, a plurality of surface portions of number equal to the number of said acoustic transducers so that the size of one of said surface portions is greater than the other surface portions, said plurality of surface portions comprising a first surface portion, a second surface portion adjacent to said first surface portion, a third surface portion adjacent to said second surface portion; mechanically connecting said planar acoustic speakers to said surface, one for each of said surface portions, so that the larger size surface portion is associated with the acoustic speaker connected to the audio filter of said plurality of audio filters having the lowest frequency band, characterized in that said method further comprises: arranging a first acoustic speaker, connected to the low frequency audio filter, substantially in central position with respect to the area of said first surface portion; arranging a second acoustic speaker, connected to the medium frequency audio filter, in offset position with respect to the area of said second surface portion, on a first side with respect to a vertical symmetry axis passing through said first acoustic speaker; arranging a third acoustic speaker, connected to the high frequency audio filter, in offset position with respect to the area of said third surface portion, on a second side, opposite to said first side with respect to said axis. supplying a first electric audio signal; providing a plurality of planar acoustic speakers adapted to convert input electric audio signals into output acoustic signals; providing a plurality of audio filters, comprising low frequency audio filters, medium frequency audio filters, and high frequency audio filters, adapted to filter in frequency said first electric audio signal so as to output a second electric audio signal comprising a limited frequency band with respect to the frequency band of said first electric audio signal; providing a surface adapted to house said plurality of planar acoustic speakers; electrically connecting said first electric audio signal to the input of each of said audio filters of said plurality of audio filters and connecting the output of each of said audio filters to said plurality of audio filters at the input of an acoustic speaker of said plurality of acoustic speakers; locating, on said surface, a plurality of surface portions of number equal to the number of said acoustic transducers so that the size of one of said surface portions is greater than the other surface portions, said plurality of surface portions comprising a first surface portion, a second surface portion adjacent to said first surface portion, a third surface portion adjacent to said second surface portion; mechanically connecting said planar acoustic speakers to said surface, one for each of said surface portions, so that the larger size surface portion is associated with the acoustic speaker connected to the audio filter of said plurality of audio filters having the lowest frequency band, characterized in that said method further comprises: arranging a first acoustic speaker, connected to the low frequency audio filter, substantially in central position with respect to the area of said first surface portion; arranging a second acoustic speaker, connected to the medium frequency audio filter, in offset position with respect to the area of said second surface portion, on a first side with respect to a vertical symmetry axis passing through said first acoustic speaker; arranging a third acoustic speaker, connected to the high frequency audio filter, in offset position with respect to the area of said third surface portion, on a second side, opposite to said first side with respect to said axis. arranging a first acoustic speaker, connected to the low frequency audio filter, substantially in central position with respect to the area of said first surface portion; arranging a second acoustic speaker, connected to the medium frequency audio filter, in offset position with respect to the area of said second surface portion, on a first side with respect to a vertical symmetry axis passing through said first acoustic speaker; arranging a third acoustic speaker, connected to the high frequency audio filter, in offset position with respect to the area of said third surface portion, on a second side, opposite to said first side with respect to said axis.