Ocean Breeze Marine Speaker Spacer f/Wet Sounds REVO 8 FA S4 - 8" Series Subwoofer - .25" - White

The Ocean Breeze Marine Speaker Spacer for Wet Sounds REVO 8 FA S4 - 8" Series Subwoofer solves a critical installation challenge for marine audio professionals and boat owners upgrading their sound systems. When shallow mounting depths prevent direct subwoofer installation, spacer rings bridge the gap between the cabinet wall and the mounting surface, ensuring proper acoustic coupling and structural stability. This .25" spacer is engineered specifically for the Wet Sounds REVO 8 FA S4 platform, delivering the precision fit required in demanding saltwater environments where equipment reliability directly impacts user experience.

Constructed in white marine-grade material, this spacer maintains the corrosion resistance and durability standards demanded by saltwater applications. The .25" thickness provides controlled separation without compromising acoustic integrity or introducing unwanted resonance into the subwoofer's frequency response. Its compact design—9 x 1 x 9 inches—fits seamlessly into tight deck and cabin spaces while the lightweight 0.45 lb profile eliminates installation burden. The engineered fit ensures uniform load distribution across mounting points, protecting expensive subwoofer equipment from stress concentration and extending service life in harsh marine conditions.

Marine audio installers, boat builders, and yacht outfitters rely on these precision spacers to deliver professional installations on limited-depth applications. The product is fully compatible with the Wet Sounds REVO 8 FA S4 8-inch subwoofer series and integrates seamlessly with existing marine audio architectures. Installation requires only basic fastener alignment—no modifications to the subwoofer or mounting surface are needed. For applications where depth clearance previously ruled out subwoofer upgrades, this spacer unlocks installation possibilities while maintaining the acoustic performance and waterproof integrity the marine environment demands.