Pacer Green 2 AWG Battery Cable - 500'

The Pacer Green 2 AWG Battery Cable – 500' is the backbone of reliable marine electrical systems, whether you're running a center console, sportfisher, or cruising yacht. Built to handle the high-amperage demands of modern boat charging systems, starting circuits, and auxiliary power distribution, this cable delivers the current capacity and durability that serious boaters demand. If you've spent time troubleshooting voltage drop issues or dealing with undersized wiring that can't keep pace with twin outboards and cabin electronics, you understand why proper battery cable gauge and length matter.

At 2 AWG (American Wire Gauge), this cable provides the cross-sectional area needed to minimize voltage loss over extended runs from battery bank to engine, electrical panels, and thruster systems. The 500-foot length accommodates everything from single-engine installations to multi-engine setups with distributed battery banks and remote electrical components. Pacer Group's marine-grade construction withstands salt spray, UV exposure, and the constant vibration inherent to the marine environment, with insulation formulated to resist moisture and ozone degradation. The green jacket aids in circuit identification during installation and troubleshooting, reducing confusion in crowded engine rooms and simplifying future maintenance.

This cable is ideal for boaters upgrading charging systems, installing auxiliary power distribution, or re-rigging older vessels with deteriorated wiring. The 500-foot spool allows you to plan circuits with proper run lengths rather than forcing awkward parallel connections that degrade amperage capacity. Compatibility spans virtually all 12V and 24V marine electrical architectures—from traditional lead-acid battery banks to modern lithium systems—and meets ABYC (American Boat and Yacht Council) standards for marine installations. Cut, terminate, and route according to your specific engine layout, ensuring each circuit receives adequate copper mass to handle peak starting loads and continuous charging current.