Klipsch · Subwoofers

Klipsch RP-1200SW Ebony Active subwoofer 400 W

16" High Excursion SubwooferAdvanced AcousticsThe new high-performance Klipsch subwoofers worthy of the Reference Premiere moniker are built with our groundbreaking acoustic technology and are. pound for pound. some of the best subwoofers Klipsch has ever created.Balanced PerformanceCompared to other premium subwoofers on the market. Reference Premiere subwoofers strike an optimal balance between amplifier power. driver capability and cabinet volume for maximum output. detail. and frequency extension.Ground-Up Driver DesignA redesigned driver aimed at delivering the ultimate low-frequency experience. the Cerametallic™ woofers are incredibly powerful and efficient. outperforming the competition.High-Efficiency Class D AmplifierThe built-in. high-efficiency amplifier features an analog preamp design. which maintains the original signal path for cleaner. true-to-source reproduction. The Class D output stage ensures maximum output. detail and low frequency power.Monster Bass AnyplaceFeaturing a front-firing driver. you can place your Reference Premiere subwoofer anywhere you want. The proprietary internal geometry with a new Aerofoil front slot port minimizes turbulence for crisp. tight bass.Go WirelessThe Klipsch WA-2 Wireless Subwoofer Kit (sold separately) produces high-resolution wireless connectivity for easy placement anywhere in your room. Connect up to four WA-2 wireless kits to your Klipsch Reference Premiere subwoofers in a single room for a completely wireless connection and the best bass in the world.Design UpgradesScratch resistant ebony vinyl finish looks like real wood and covers the entire cabinet. Rounded corners. shock-absorbing rubber feet. steel grille posts and a durable woven cloth grille ensure a premium aesthetic.Better TogetherPair your new Reference Premiere subwoofer with any Klipsch speaker component with ease.Reference Premiere SubwoofersLearn more about the new subwoofers worthy of the Reference Premiere name.

90-day range £∞–-£∞ · average £NaN