Improve Subwoofer Performance and Eliminate Room Rattle

The SVS SoundPath Subwoofer Isolation System works with nearly every subwoofer brand and model to improve bass performance, while reducing floor and wall vibrations, noise artifacts, and complaints from neighbors or roommates. Decoupling a subwoofer from the floor results in inherently tighter and cleaner sounding bass. It's also the next best thing to sound-proofing and ideal for carpeted rooms, hardwood floors, or any space where room rattles, buzzes, or vibrations are present.

How Does Decoupling Improve Performance?

Decoupling is making the interaction between a subwoofer and floor so weak that virtually no energy is transferred between them. The SVS SoundPath Subwoofer Isolation System features rigorously tested optimized durometer elastomer feet that significantly reduce the transmission of subwoofer energy through your floor and walls. This allows low frequency effects to be transferred through the air where they can be felt, resulting in tighter and cleaner sounding bass, no more distracting buzz or rattle from the room, and better sonic clarity and dynamics.

Be a Better Neighbor

Infrasonic jolts and subterranean levels of bass bring our entertainment to life, but they can also disturb neighbors and roommates because the longer low frequency sound waves travel through walls and floors more effortlessly than midrange and high frequency waves. The SVS SoundPath Isolation System drastically reduces the bass notes and low frequency vibrations your neighbors and roommates will notice.

A Discreet, Affordable Alternative to Subwoofer Platforms and Risers

The SVS SoundPath Subwoofer Isolation System feet come in a variety of thread sizes that easily screw into any subwoofer's existing threaded inserts and subtly elevate the sub enclosure on a cushion of elastomer encased in stainless steel. The understated feet are a stylish, more effective alternative to bulky risers and platforms at a fraction of the cost, and they also work with some other turntables and components.