Bowers & Wilkins Nautilus Floor Standing Speakers (Various Colors)

• Sound speakers with an impressive design and quality
• 4 lanes
• Recommended amplifier power: 100-300W
• 2.5cm and 5cm tweeters, 10cm midrange and 30cm woofers
• Resistance: 8Ω
• Reproducible frequency band 10-25.000Hz (-6dB)
• Dimensions: 121 x 43 x 111 cm. Weight: 86.5kg (1 pc)

Now recognized as a design classic, the original Bowers & Wilkins Nautilus is not just our flagship product, but the very pinnacle of technological innovation to which all others must aspire. It is the result of a groundbreaking, five-year research and development program to achieve, as close as possible, the perfect loudspeaker.

The Bowers & Wilkins Nautilus has been greeted worldwide as an outstanding loudspeaker which will shape the direction of the audio industry well into the new millennium. Already sought after by cognoscenti, it has been unashamedly designed with the serious audiophile in mind, not only because of its size and shape but also because of its active design – the crossover network is positioned between the pre and power amplifiers. This means that a full Nautilus system needs one stereo pre-amplifier and eight monobloc or four stereo power amplifiers per pair (amplifiers of 100 watts upwards are recommended, with 500 watts being the optimum for the low frequency drive unit).

• Technical Features: Nautilus™ tube loading, Active crossover
• Description 4-way tube-loaded loudspeaker system
• Drive units: 1x 300mm (12 in) aluminum cone bass, 1x 100mm (4 in) aluminum/polymer sandwich cone lower midrange, 1x 50mm (2 in) aluminum dome upper midrange, 1x 25mm (1 in) aluminum dome high-frequency
• Frequency range -6dB at 10Hz and 25kHz
• Frequency response 40Hz – 20kHz ±1dB on reference axis
• Dispersion Within 2dB of response on reference axis
• Horizontal: over 60º arc
• Vertical: over 10º arc
• Crossover frequencies 220Hz, 880Hz, 3.5kHz
• Power amplifier requirements 4 channels per speaker, rated 100W - 300W continuous into 8Ω on unclipped program (each channel to have identical gain and phase)

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