KEF Q350C Bookshelf Speaker (Black)

• Audiophile-grade bookshelf speaker from KEF
• Features 1 x 6.5” mid-bass driver & a 1" vented aluminium dome tweeter
• Drivers sports KEF's patented Uni-Q technology
• Upgraded low-frequency drivers with new surrounds and rear suspension
• Newly designed premium-grade gold-plated bi-wire terminals
• Housed in a classy satin finish cabinet

 KEF Q350 - a high-quality bookshelf speaker for home theatre systems. The high-performance bookshelf speaker is designed to deliver detailed natural sound with high clarity and tight bass.

Featuring KEF’s signature Uni-Q driver array technology and a new crossover, the Q350 incorporates a 1 x 6.5” mid-bass driver & a 1" vented aluminum dome tweeter. Laced with the latest enhancement in acoustics and design from KEF, the Q350 brings high-resolution sound with extraordinary depth and exceptional clarity.

You can use the KEF Q350 as a standalone stereo setup for your living room or listen to your vinyl collection. As the bookshelf speaker is timbre-matched with the KEF Q series, you can use the Q350 as part of a multi-channel surround sound system by pairing it with other models from the series.

Highly directional sound by Uni-Q technology

At the heart of this bookshelf speaker are KEF's Uni-Q drivers. It places the tweeter in the acoustic center of the midrange cone. This brings a single-point source closer than ever to a spatial realization that delivers a detailed and three-dimensional soundscape. The Uni-Q's ultra-wide dispersion is further improved by KEF's 'tangerine' waveguide clubbed with an aluminum dome tweeter.

Redesigned damped tweeter for clear high-frequency response

Adding a damped tweeter loading tube in the KEF Q350 bookshelf speaker provides a gentle termination of sound produced from the back of the tweeter. Additionally, this further improves lower treble performance dramatically for a clear, crisp and pleasant high-frequency response.

Advanced CFD-designed port

Featuring a Computational Fluid Dynamics (CFD) port design with the port repositioned to the rear of the speaker, clarity is improved by reducing the audibility of the midrange leakage through the port. The geometry of the ports has been tuned to minimize turbulence at higher levels resulting in a reduction in port noise and lesser low-frequency compression.