Q950 is the flagship model of the Q Series range, featuring the KEF signature Uni-Q driver array paired with 200mm (8 inch) long-throw bass driver and matching ABRs. With the latest enhancement in acoustics and design, Q950 brings high resolution sound with extraordinary depth and exceptional clarity.
At the heart of the evolved Q Series is the Uni-Q driver array. KEF’s signature innovation places the tweeter in the acoustic center of the midrange cone, bringing the acoustic ideal of a single point source closer than ever to realisation. The result is a more detailed, more accurate three-dimensional sound image, which is dispersed more evenly throughout the room than is possible with a conventional speaker. Uni-Q’s ultra-wide dispersion is further enhanced by KEF’s ‘tangerine’ waveguide over the tweeter dome.
The the addition of the Damped tweeter loading tube providing a gentle termination of sound produced from the back of the tweeter, lower treble performance is improved dramatically and a new low-distortion inductor on the crossover provides cleaner bass response.
Low-frequency (LF) drivers now have a larger roll surround, along with a new spider suspension to produce cleaner bass at high volumes. A new cone structure improves midrange clarity, and an enhanced Auxiliary Bass Radiators (ABRs) with a new surround and rear suspension delivers better controlled and more impressive bass.
In KEF’s newest line of Q Series Floorstanders the Uni-Q driver has been placed in sealed box within the cabinet. The closed box midrange cabinet design reduces the load on the Uni-Q midrange cone, increasing clarity and detail while delivering cleaner, punchier bass. Midrange clarity is enhanced again through improvements to the mid-bass driver that allowed the DC blocking capacitor to be eliminated. Its removal also created a more natural bass roll-off between the drivers.
Design
Drive Units
Frequency Range Free Field (-6dB)
Frequency Response (±3dB)
Crossover Frequency
Amplifier Requirements
Sensitivity (2.83V/1m)
Maximum Output
Nominal Impedance
Weight
Dimension (H X W X D)
Dimension (H X W X D) *with Plynths