With the emergence of new flagship SVS subwoofers, it was only a matter of time before the unprecedented technology made its way to newer models at prices within reach of more people. Now, the 5000 R|Evolution Series brings a level of performance and a user experience that far exceeds anything in its class.

Featuring a sealed cabinet design, SB-5000 R|Evolution delivers pristine musical output with flawless tonal accuracy and unerring control to delight the most discerning audiophiles. Yet, it still wields enough power to pressurise a room and extends down to 17Hz for the most demanding cinematic action scenes.

Effortless low-frequency output and extreme SPLs without a hint of distortion are rendered by a formidable 15-inch driver with dual edge-wound voice coils driven by a 2,000 Watt Continuous, 5,000+ Watts Peak power dual monoblock amplifier.

There are also brains to match the brawn. A 295MHz Analog Devices DSP, the most powerful processor ever deployed in a home audio subwoofer, ensures pinpoint accurate frequency response and optimal performance under any conditions.

SB-5000 R|Evolution demolishes all performance benchmarks for subwoofers in its class. With trickle-down technology from the 17-Ultra R|Evolution Series, named the top subwoofers in the world by nearly every reviewer and industry group, it obliterates expectations, making reference experiences possible for more people than ever.

High-Excursion 5000 R|Evolution Driver

15-inch glass fiber composite cone with 38.4 lb toroidal ferrite magnet motor assembly render massive low frequency output down to 17Hz with pinpoint accuracy and control.

Dual Edge Wound Voice Coils

Dual voice coil design ensures stable and consistent transfer of motor electro-magnetic energy to the 15-inch cone to maintain precise driver control with maximum efficiency.

Dual Mono Amplifier

Each of the two Class-D mono-block amplifiers with MOSFET output stages drives one of the dual voice coils to double the amount of current being fed to the driver achieving effortless output with lower continuous current demand from a home’s AC circuit.