259000.00

603 S3

Q11 Meta

Dynamic

Dynamic

8 ohm

Crossover Frequency : 480 Hz, 2.7 KHz
Frequency Range ( -6dB ) : 37 Hz - 20KHz
Frequency Response ( ±3dB ) : 44 Hz - 20KHz
Typical In-Room Bass Response ( -6dB ) : 26 Hz
Harmonic Distortion ( 90dB, 1m ) : <2% 29 Hz & Above, <1% 31 Hz - 20 KHz

15 - 225 W ( RMS )

Three-Way Bass Reflex

NA

27.5 Kg

Black, White, Brown

Black, White, Brown

Truly amazing sound.
3-Way Vented-Box System.
Precision and transparency
Upgraded speaker terminals.
2-Year warranty Valid from the date of purchase for powered loudspeakers.
Technical Features - Decoupled Double Dome Titanium Tweeter, Continuumâ„¢ Cone FSTâ„¢ Midrange, Paper Bass Cones, Flowportâ„¢.
Room-filling scale and authority come courtesy of two bass drivers, while improved terminals and enhanced drive unit positioning make 603 S3 the most sophisticated affordable tower speaker we've ever made.
The 603 S3 is the largest loudspeaker in the 600 Series and is ideal for larger rooms and home theaters. It combines our new Titanium Domeâ„¢ tweeter with the accuracy and transparency of our acclaimed Continuumâ„¢ cone FSTâ„¢ midrange driver.

Q11 features KEF's revolutionary Meta material technology that can absorb 99% of the unwanted noise from the rear of the driver for pure and natural sound.
KEF's 12th Generation Uni-Q driver acts as a single point source to disperse sound more evenly for an immersive and cohesive soundstage with better clarity.
The Q Series speakers feature a contemporary minimalist design with a satin finish that offers a premium, subtle glow. Available in Satin Black, Satin White, and Walnut finishes, they are designed to blend effortlessly into any interior.
A critical component of the Q series is the refined crossover, which ensures seamless integration of all speaker parts. More than 1,000 specific measurements are taken for each speaker model, allowing precise signal path and optimisation for best possible performance.
The Q Series features a hybrid bass driver design that provides stiffness to achieve a piston-like movement for better bass punch and speed. Combined with a port modelled using Computational Fluid Dynamics ( CFD ), this results in precise and agile bass management even at high output levels.