OWM5 offers more performance than any speaker in its class, because it uses unique technology to enhance its performance beyond what you’d expect from a speaker this size. It offers more unique and versatile mounting options than even the unique and versatile OWM3, its slightly smaller cousin. The OWM5 offers more options for expanding the reach of your home entertainment without spending a bundle and without sacrificing your performance standards. OWM series is timbre-matched to other Polk loudspeakers, so you can mix and match them to build or add to existing systems. Dynamic balance composite cone drivers are lightweight and stiff, with excellent damping qualities, for high efficiency, excellent mid-bass and low distortion even at extreme volume levels. Patented Dynamic Balance materials technology tunes out cone resonances before they become a part of the finished product, so you only hear the most realistic, natural audio reproduction. Durable, high performance fabric dome tweeters deliver clear and detailed high frequency response and excellent imaging. Capacitive coupling technology (CCT), an advanced signal-blocking technology that overcomes the usual limitations of small-enclosure loudspeakers (slim dynamics and no low frequency response), delivers extended dynamic range and enhancing deep bass response for clear, detailed musicality with little or no coloration. Glass-filled ABS enclosure is super-dense and acoustically inert, ensuring an extremely clean and low coloration midrange response. Paintable white finish blends into any decor. 5-way gold-plated binding posts, for the best connections, are easily accessible no matter how you mount your speakers.
- Silk/polymer dome tweeter
- Dynamic balance composite cone drivers are lightweight and stiff
- Dynamic balance driver with polypropylene composite cone
- Capacitive coupling technology (CCT), an advanced signal-blocking technology that overcomes usual limitations of small-enclosure loudspeakers
- 5-way gold-plated binding posts, for best connections and are easily accessible