crical Propagation Delay the sin,Aic Allhou0 redesign the MAXX, Wilson's engineers knew that )dule of the Series 1 and 2 was its most limiting feature. •,\ more accurate than competing designs, the single, three-driver head ran into the laws of geometry and physics. It is simply impossible to align three drivers in one module for ideal propagation dela\ The ,ol u ou n? I )i\ ide NI: X X's dual midrange drivers and tweeter into two upper modul e introduce Aspherical Propagation Delay. In convention,i1 n . dri‘ers are mounted in a flat baffle such that each driver is po, oiled at a different distance in relation to the listener. Thus. enc[ ; )na the tweeter arrives at the listening position in advance of th e. which in turn arrives before bass generated by the woof ei *1<'m of achieving both time-domain coherence and p rsion is only exacerbated by larger speaker -, igners simply ignore this measurement. The tact is. min 'He drivers by small fractions of an inch will diblv d. -)i..rformance, soundstage height, width, and nal anomalies that destroy the otherwise n instrument or a singer's voice. lies in the vertical alignment of the vari- )dular array so that each driver's waveform • • It)) its neighbors' in such a way as to create the sonic point source. Wilson's patented Adjustable (he standard for precise driver positionpropagation alignment for a wide range of lakes this technology a step further with its MAXX's driver modules not only adjust ftward H tile time domain), but also rotate on their vertical a \is in orclei IC1/21: optimal driver dispersion for nearly any size room and for multiple listening positions. 'hhe Alexandria and now the MAXX Series 3 are the only loudspeakers to utilize these combined innovations. tcal loudspeakers exhibit less thanoptimum propagation delay and dispersion characteristics. The sound quality is compromised h)r all listeners in all rooms. Adjustable Propagation Delay in Wilson loudspeakers optimizes driver/ room interaction &st a wide range of rooms and listening positions. EFTA01173421