ICP - Ignition Switch 2 Acc. Switch

The ICP Ignition Switch 2 Acc. Switch from QUICKCAR RACING PRODUCTS is a professional-grade dash-mounted electrical control panel designed for high-performance vehicle builds, race cars, and custom automotive projects. This component serves as the command center for engine management and accessory circuits, allowing drivers to independently control ignition and accessory power distribution with precision and reliability. Whether you're building a race-ready machine, a custom hot rod, or upgrading an existing electrical system, this switch panel puts essential engine controls at your fingertips.

This switch panel features a rugged 4.625 x 4.375 inch dash-mount housing with three toggle switches and one momentary button configuration, providing intuitive control layout for complex electrical circuits. The integrated indicator light offers visual feedback on active circuits, eliminating guesswork during operation and troubleshooting. The checkered design aesthetic balances form with function—popular in racing and custom builds—while the durable construction withstands vibration, temperature fluctuations, and high-amperage switching demands typical of performance engines. The compact 0.87 lb profile minimizes added weight while maintaining robust terminal connections rated for reliable current distribution.

Race teams, hot rod builders, and engine tuners rely on QUICKCAR Racing Products components for consistency across multiple race platforms and custom applications. This ignition and accessory switch combination is ideal for vehicles where factory dash space is limited or where independent circuit control is critical—including single-seaters, tube-frame racers, restoration builds, and street rods with modern engine swaps. Installation requires basic electrical knowledge and proper terminal sizing; ensure all circuits are fused according to amperage requirements. The panel integrates seamlessly with aftermarket harnesses and custom wiring looms standard in performance automotive modification.