KEF Blade One Meta Reference Speaker

The KEF Blade One Meta represents a seamless fusion of acoustic physics and striking industrial design. Featuring a distinct parabolic cabinet finished in high-gloss metallic silver, this reference Floor Staanding loudspeaker is built to eliminate cabinet resonance while positioning drive units for ideal acoustic dispersion. Every element of the curved enclosure serves a functional purpose, ensuring sound waves flow freely across the baffle without acoustic interference.

Single Apparent Source Integration:

By placing the signature Uni-Q driver array at the precise acoustic centre of four side-firing bass drivers, sound originates from a single point in space. This configuration delivers remarkable soundstage coherence, ensuring high, mid, and low frequencies arrive at your ears simultaneously. Listeners enjoy focused vocal clarity and precise instrument placement across a wide listening area.

Force-Cancelling Low-Frequency Performance:

Low frequencies are generated by four powerful bass drivers mounted back-to-back in pairs within each cabinet. This oppose-and-cancel arrangement neutralises reactive forces that would otherwise vibrate the enclosure, preventing low-end muddying. Supported by a robust, spiked base plate, the cabinet remains perfectly still even during demanding musical passages, resulting in deep, highly defined bass response.

• Uni-Q Driver Array: Combines tweeter and midrange drivers into a single point source for wide, even sound dispersion throughout the room.
• Metamaterial Absorption Technology: Eliminates 99% of unwanted rear tweeter sound for pristine, transparent high-frequency clarity.
• Force-Cancelling Bass Drivers: Paired side-firing woofers cancel cabinet vibrations to maintain tight, accurate low-frequency output.
• Acoustically Inert Enclosure: Curved composite cabinet contours prevent internal standing waves and baffle diffraction.
• Decoupled Base Plate: Anchors each speaker securely to isolate internal components from external floor vibrations.