Bowers & Wilkins 702 S3
Bowers & Wilkins 702 S3
Bowers & Wilkins 702 S3 Speakers
702 S3 Carbon Dome tweeter is housed in an all-new Solid Body Tweeter assembly, while with its new downward-firing port configuration and trio of Aerofoil Profile bass cones, it delivers bass that’s both profoundly deep and endlessly articulate.
The 700 Series features the latest generation of Bowers & Wilkins' iconic Solid Body Tweeter-on-Top housing. Its new, more elongated form incorporates a longer tube-loading system to produce an even more free and open sound with high frequencies. The carefully decoupled housing is milled from a single solid block of aluminum to better resist resonance.
The 702 S3 Carbon Dome tweeters are purpose-built for the 700 Series. Delivering a dramatic improvement on the aluminum double dome tweeter, they raise the breakup threshold to 47kHz, for pinpoint imaging accuracy and detail.
Thanks to its composite construction, the Continuum™ cone avoids the abrupt transitions in behavior that can impair the performance of a conventional drive unit. The result is a more open, neutral performance that delivers voices and instruments with precision and transparency.
Every three-way loudspeaker in the new 700 Series has a dedicated midrange cone using four key Bowers & Wilkins technologies: the Continuum cone, FST™, Biomimetic Suspension and midrange decoupling, the latter ensuring minimal interference from the operation of the loudspeaker’s bass drivers.
Developed using advanced computer modelling techniques, the Aerofoil™ Profile bass cone has variable thickness, providing stiffness and rigidity where it’s needed most. The result: deep and dynamic bass.
Technical features | Decoupled Carbon Dome tweeter Solid Body Tweeter-on-Top Continuum™ cone FST™ midrange Decoupled midrange Aerofoil™ Profile bass cones Flowport™ |
Drive units | 1x ø25mm (1 in) Decoupled Carbon Dome high-frequency 1x ø150mm (6 in) Continuum cone FST midrange 3x ø165mm (6.5 in) Aerofoil Profile bass |
Frequency response | 46Hz - 28kHz ±3dB |
Harmonic distortion | 2nd and 3rd harmonics (90dB, 1m on axis) <1% 86Hz - 28kHz <0.5% 110Hz - 20kHz |
Recommended amplifier power | 30W - 300W into 8Ω on unclipped programme |