MartinLogan - Dynamo 1600X 15" 1800W Sealed, Powered Subwoofer, with Sub Control App and Wireless Ready - Satin Black

Feel the beat with this MartinLogan Dynamo 1600X subwoofer. The advanced woofers and powerful amplifiers provide a wide frequency response with a peak of 1800W for a big crystal-clear sound. The included app makes it easy to adjust this MartinLogan Dynamo 1600X subwoofer from your phone, and Anthem room correction automatically changes settings to fill the space.

Integrated Class D Amplifier

Dynamo 1600X’s Class D amplifier supplies 1800W peak power (900W RMS) and operates with extremely low levels of distortion to deliver dynamic impact with plenty of overhead.

Subwoofer Control App

MartinLogan’s Subwoofer Control app for iOS and Android devices allows you to easily adjust settings like Volume, DSP Mode, Phase, and many others right from the comfort of your seat for ultimate control and ease of tuning.

Anthem Room Correction

ARC Mobile (iOS or Android) uses your mobile devices' built in microphone to custom tune your Subwoofer in real time for the best performance in your room. Or use the optional ARC Genesis software (PC or MAC) and microphone kit (sold separately) for more calibration options.

Wireless Ready

Dynamo 1600X is wireless ready out of the box with use of the MartinLogan SWT-X, or SWT-2 wireless subwoofer kits (sold separately).

Inputs

Dynamo 1600X features Stereo RCA Inputs, a dedicated RCA LFE Input, Balanced XLR LFE Input and speaker level inputs for maximum flexibility.

Sealed Enclosure

Dynamo 1600X’s Sealed Enclosure gives it the highest levels of bass accuracy in the most compact sizing possible.

Unique Front or Down-Firing Design

When placed in a cabinet or other discreet location, Dynamo 1600X subwoofer can easily convert from standard down-firing to front-firing orientation, with no tools or special skills required. A grille is provided for use in front-firing applications.

Inverse Mathematical Equation (IME) Filter

The IME filter used in the Dynamo subwoofers is derived from the inverse of the unfiltered driver response. Precision IME filtering yields extremely accurate low-frequency response.