Wilson Audio The WATT/Puppy
Image source — © Wilson Audio
Model name
The WATT/Puppy
Frequency Response low +/- 3dB (Hz)
26
Frequency Response high +/- 3dB (Hz)
30000
Sensitivity (dB at 1 W/1m)
89
Impedance (Ohms)
4
Power amplifier requirements (W)
>25
Has internal amplification
N/A
Internal amplification power (W)
N/A
Size (sm)
105 × 30.48 × 47.44
Weight (kg)
72.57
Official link
The Convergent Synergy Mk5 tweeter, borrowed from the flagship WAMM Master Chronosonic and Chronosonic XVX, is responsible for the high-frequency range in the new product. The crossover's inflection frequencies allow the 15-cm midrange driver to operate in the "golden zone" of its range. The 20-cm woofer is also borrowed, this time from the acoustics of the Wilson Audio Sasha DAW system.
The convergent synergistic carbon twitter is responsible for the high-frequency range in Alexee V. In addition to the already mentioned V-Material, austenitic stainless steel works in the cabinet design, the differences of which are increased viscosity, and, consequently, increased resistance to resonances.
Wilson Audio Alexx V - floorstanding loudspeaker. One Alexx V speaker weighs more than 200 kg and consists of four housings. The base is a bass module with two drivers with a diameter of 26 and 31 cm. It has a system of three boxes mounted in an open "skeleton" mount on two side brackets. It allows you to synchronize the sound of the modules by changing their horizontal displacement.
The Chronozonic XVX has midrange drivers with an Alnico alloy magnetic system (aluminum, nickel and cobalt) Quadro Mag and upper-middle QuadraMag drivers from WAMM, between which the Convergent Synergy Mk.5 tweeter is located.
MasterChrono sonic has a multimodal design. All modules are adjustable, which makes it possible to perfectly phase the radiators, of which there are many, and the Micrometer System exposes them with an accuracy of 5 microseconds. The heavyweights with dimensions of 214 x 53 x 95 cm are made of difficult materials: aviation aluminum, as well as patented S-, X- and W-materials.