You are currently viewing Klipsch 2X Reference R-12SW 12″ 400W All-Digital Powered Subwoofer, Brushed Black Polymer Veneer

Klipsch 2X Reference R-12SW 12″ 400W All-Digital Powered Subwoofer, Brushed Black Polymer Veneer


Price: $398.00
(as of Dec 22,2022 16:46:50 UTC – Details)



The Reference R-12SW subwoofer uncovers what you’ve been missing in your music, movies and games — clean chest-thumping bass. The high performance subwoofer provides deep bass and placement flexibility thanks to its front firing driver and all digital amplifier.That Quiver You Feel Is Love. And Bass.The R-12SW features a 12-inch copper-spun IMG driver that provides remarkably low frequency response with minimal cone breakup and distortion. The built-in all-digital amplifier delivers ample power with high efficiency and true-to-source accuracy in reproduction. The low pass crossover and phase control allows you to blend the subwoofer’s low-frequency tones with other Klipsch speakers as well as establish the ideal level of bass.The R-12SW is housed in a durable MDF cabinet and finished with a brushed black polymer veneer. The front-mounted LED power indicator lets you know when the system is powered on or off. You’ve been warned.Spun Copper IMG WooferInjection Molded Graphite (IMG) woofers are exceptionally light while being extremely rigid – providing remarkable low frequency response, with minimal cone breakup and distortion.All-Digital AmplifierThe built-in all-digital amplifier delivers ample power with high efficiency and true-to-source accuracy in reproduction.Front-Firing DriverThe high performance driver provides deep bass and placement flexibility.Low Pass Crossover and Phas
2x Klipsch Reference R-12SW 12″ 400W All-Digital Powered Subwoofer (Brushed Black Polymer Veneer) – Removable Grille – Klipsch 5 Year Limited Warranty On Subwoofer and 2 Year Limited Warranty On Electronics
Powerful 12″ copper-spun front-firing woofer
All-digital amplifier delivers 400 watts of dynamic power
Equally impressive with music and movies
Low pass crossover and phase control

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