High-Resoultion Compact Bookshelf Speakers

Compact and affordable, Monitor XT15 maximizes the enjoyment of music, gaming, and movies with energetic, high-resolution sound with effortless bass.

• 5.25" bilaminate Dynamic Balance® woofers
• 1" Terylene Dome tweeters
• Effortless bass
• Hi-Res Audio certified

High-Resolution Sound and Effortless Bass

Monitor XT15 maximizes your enjoyment of music, movies, TV and gaming with dynamic, high-resolution sound featuring effortless bass. Hi-Res Audio Certified, Dolby Atmos and DTS:X compatible, and in an affordable, compact design that can be placed nearly anywhere, the MXT15 fulfills the Polk promise of great sound for all.

Hi-Res Audio Certified Performance

Monitor XT15’s Terylene dome tweeters enable playback beyond the range of human hearing—up to 40kHz—ensuring an airy, clear, high-end energy and spaciousness that you’ll not only hear but feel. MXT15 is a perfect speaker set to enjoy high resolution movies, gaming or the latest hi-res streaming services like Apple Music, Tidal, Amazon Music HD, and Qobuz.

Surprisingly Effortless Bass

Polk has always been known for speakers that produce effortless bass that’s surprising for their size. The MXT15 is no exception. Beefy 5.25” high-efficiency, dynamically balanced woofers provide a clean, open mid-range and punchy, responsive bass, with low distortion—making voices and instruments clearly heard and movie soundtracks and music filled with impact.

Dolby Atmos Certified & DTS:X Compatible

Compatible with the latest Dolby Atmos and DTS:X surround sound enabled AV receivers and 4- & 8-ohm amplifiers, Monitor XT does not require specialized equipment to deliver great sound.

Precision Made

Built for Pure Listening

All Monitor XT models are made for the enjoyment of pure sound: Their nickel- plated binding posts guarantee a direct, lossless connection; critically braced MDF cabinets isolate the sound of the woofer and tweeter without adding unwanted resonances; and their removable, precision-fit grilles minimize sonic interference.