KEF Reference 3 Meta Floorstanding Speakers (Pair)

1. Exquisite Driver Composition: The KEF Reference 3 Meta Floorstanding Speakers boast a sophisticated three-way bass reflex design featuring a 25mm aluminum dome High-Frequency (HF) driver with MAT technology, a 125mm aluminum cone Mid-Frequency (MF) driver, and dual 165mm aluminum cone Low-Frequency (LF) drivers.

2. MAT Technology for Highs: The High-Frequency driver incorporates KEF’s innovative Metamaterial Absorption Technology (MAT), ensuring exceptional clarity by absorbing unwanted rear sound.

3. Broad Frequency Range: These speakers deliver an extensive frequency range, from 38Hz to 45kHz in free field conditions, capturing both the subtleties and the power of various audio sources.

4. Impressive In-Room Bass Response: With a typical in-room bass response reaching as low as 28Hz, the Reference 3 Meta provides deep and impactful bass reproduction, enhancing the overall listening experience.

5. Precision Crossover: The precisely tuned crossover frequencies at 450 Hz and 2.1 kHz facilitate seamless integration between the different driver units, ensuring a cohesive and accurate audio reproduction.

6. Powerful Amplification: With an amplifier requirement of 50 – 300W, these speakers can handle a wide range of amplifiers, allowing users flexibility in their audio setup.

7. High Sensitivity: Boasting a sensitivity of 86dB (measured at 2.83V/1m), these speakers efficiently convert input power into sound, making them suitable for various listening environments.

8. Low Harmonic Distortion: Minimal harmonic distortion across different frequency ranges (less than 0.5% at 40Hz – 100kHz) ensures faithful reproduction of the audio signal without coloration.

9. Impressive Maximum Output: The Reference 3 Meta speakers can achieve a maximum output of 113.5dB, providing ample headroom for dynamic and impactful audio playback.

10. Stable Impedance: With a nominal impedance of 4 ohms (minimum 3.2 ohms), these speakers offer compatibility with a range of amplifiers while maintaining stability in different setups.

Specifications