Blue Sea 8264 Traditional Metal DC Panel - 24 Positions

The Blue Sea 8264 Traditional Metal DC Panel – 24 Positions is a fully pre-wired electrical distribution hub designed for 12V and 24V DC power systems in vehicles, vessels, and mobile platforms. Built to military and law enforcement standards, this panel consolidates power management for tactical operations, emergency response vehicles, and mission-critical equipment installations where reliable, redundant electrical architecture is non-negotiable. The 24-position configuration accommodates multiple battery banks, circuits, and accessory loads without requiring custom wiring or field modifications.

All positive, negative, and grounding buses arrive factory-installed and pre-wired, eliminating integration delays in the field. The traditional metal construction ensures durability under extreme vibration, thermal cycling, and harsh environmental exposure typical of tactical vehicle platforms. The panel's analog meter option provides real-time voltage and amperage monitoring—critical for operators managing power budgets during extended operations—while remaining field-upgradable without requiring panel replacement. The toggle switch mechanism supports up to three independent battery banks, enabling redundancy and load balancing for systems with primary, auxiliary, and emergency power sources.

Law enforcement mobile command vehicles, military field shelters, tactical support units, and emergency services benefit most from this platform's modular architecture and diagnostic visibility. The 14 x 7 x 23-inch footprint accommodates installation in equipment racks, dash panels, and bulkhead-mounted configurations without excessive space penalty. Compatibility with standard 12V and 24V DC systems—common across military trucks, armored vehicles, and portable power stations—ensures seamless integration into existing electrical infrastructure. The owner-upgradeable meter design allows operators to add instrumentation post-deployment, adapting to mission-specific power monitoring requirements without costly panel swaps.