MBQR-STG3-RC-1 800-watt STAGE 3 Polaris RZR Tuned System designed for RIDE COMMAND

Compatible Vehicle Fitment

Polaris RZR 2014-Current with RIDE COMMAND

Compatible Product Models

Polaris RIDE COMMAND

Marine Grade Protection / IPX Rating

MB Quart has engineered a select group of UTV-tuned audio systems that are perfectly designed for the Polaris RZR. It is essential that every component installed in a RZR be torture tested to be as reliable as it can be in such a harsh environment. This system is made up of multiple components that have different IPX ratings. The speakers and subwoofer are IPX67 rated. The amplifiers are IPX5 rated.

Source Unit Features

Integration with RIDE COMMAND, a high-tech source unit with an off-road display that acts as the hub and integrates your phone, GPS, audio, and communication systems. The actual RIDE COMMAND source unit is NOT INCLUDED.

Speaker Features

The front speakers are meticulously engineered to fit in the RZR kick panels. The entire system utilizes the MB Quart compression horn technology. (See inside here). This design assures that the system will be louder and better sounding than anything else on the trails. Upgrade this system to a STAGE 5 by adding the rear speakers, NHT1-120BPR. The harness is already wired for the upgrade.

Amplifier Features

The RZR system is powered by the NA2 series of amplifiers. The stereo amplifier is operating in 2 ohm mode for maximum volume for all 4 speakers when utilized in a STAGE 5 configuration (front and rear pods). Upgrade this system to a STAGE 5 by adding the rear speakers, NHT1-120BPR. The harness is already wired for the upgrade.

Subwoofer Features

400 Watt Specific 10 inch Subwoofer System includes 10 inch, Dual 4 ohm Subwoofer, RZR ported glovebox Subwoofer Enclosure, powered by the 400 Watt High Effeciency Class D amplifier.

Mount / Harness

Plug and Play Harness. Waterproof Connectors with premeasured wires. No guesswork and no installation mistakes.

Time and Tools

Standard hand tools are required. See the manual for time on each of the different components.