Sea-Dog Battery Tray w/Clamp f/24 Series Batteries

The Sea-Dog Battery Tray w/Clamp f/24 Series Batteries is a heavy-duty marine battery mounting solution engineered for secure, vibration-resistant installation of size #24 batteries in boats, RVs, and off-road vehicles. This essential component keeps your battery firmly anchored in place during rough water conditions, acceleration, and challenging terrain—preventing dangerous battery movement that can damage electrical connections and compromise safety. Whether you're outfitting a center console, cabin cruiser, or powersports application, this tray ensures your power source remains stable and operational.

Constructed from injection-molded polypropylene, the battery tray offers excellent corrosion resistance in salt water and moisture-heavy environments where steel would quickly degrade. The integrated screw-down clamp mechanism distributes clamping force evenly across the battery top, preventing over-tightening while maintaining positive hold under dynamic conditions. The package includes four 1/4-inch by 1-inch Phillips head screws with washers, providing everything needed for immediate mounting to deck or cabin sole. The compact 9 x 2 x 12-inch footprint accommodates standard Group 24 batteries without excess bulk, while the lightweight 0.7-pound design minimizes weight addition to your vessel or vehicle.

This battery tray is ideal for boaters, RV owners, and marine technicians who need reliable battery retention for Group 24 batteries in applications subject to vibration and motion. Installation requires only basic fastening to solid mounting surface—deck, bilge, or engine compartment—with screws positioned through pre-drilled holes. The polypropylene construction resists UV degradation and maintains flexibility in temperature extremes, ensuring long-term durability in harsh marine and outdoor environments. Compatible with any standard Group 24 battery, this Sea-Dog tray integrates seamlessly into existing electrical systems while providing the security your power source demands.