BEP Contura Triple Switch Mounting Bracket

The BEP Contura Triple Switch Mounting Bracket is a compact electrical control solution designed for marine and tactical equipment systems requiring multiple independent switch integration. Built by BEP Marine, a trusted manufacturer in mission-critical power distribution, this mounting bracket consolidates three switch positions into a single, space-efficient assembly. It is essential for operators, technicians, and vehicle systems integrators who need reliable, organized switch management in confined spaces—whether in tactical vehicles, command centers, or specialized equipment installations.

The triple switch configuration provides three independent electrical control points within a unified bracket structure, allowing simultaneous operation of separate circuits without cross-interference. The compact footprint of 3 x 3 x 7 inches minimizes installation footprint while maintaining rugged durability—critical in high-vibration or tactical environments where switch separation and secure mounting prevent accidental activation. The lightweight design (0.2 lbs) ensures negligible weight penalty, making it ideal for vehicle platforms and portable tactical systems where every ounce matters. The Contura series standard construction delivers consistent contact pressure and operational life across all three switch positions.

Operators and system integrators benefit most from this bracket in multi-function control scenarios: auxiliary power distribution in tactical vehicles, command-and-control panels, or specialized equipment requiring simultaneous independent switching. Installation is straightforward via standard panel or dash mounting points; the bracket's compact design fits standard 3-inch mounting patterns common in marine and automotive electrical systems. Compatibility with BEP Contura switch series components ensures seamless electrical integration and consistent performance across all three control functions. This bracket is ideal for those seeking professional-grade electrical organization without sacrificing space or reliability.