Spark Pick-Up Adapter Kit

The MSD Ignition Spark Pick-Up Adapter Kit (MPN 7555) is a precision ignition synchronization component designed for high-performance and race applications where reliable spark timing is critical. This inductive spark plug wire sync kit features a fiber optic cable for accurate signal transmission, enabling proper ignition sequencing across multiple cylinders. The pick-up adapter allows integration with MSD's modular ignition systems, making it an essential component for builders and engine tuners working with aftermarket ignition controllers.

At 0.44 lbs and measuring 5.8 x 1.6 x 8.35 inches, the adapter kit is compact enough to integrate into tight engine bay installations without adding bulk or complexity. The fiber optic cable construction provides superior noise immunity compared to standard copper shielded wire, reducing electromagnetic interference that can degrade ignition signal quality under high RPM conditions. This design is particularly valuable in carbureted and port-injected applications where multiple ignition triggers must remain in precise synchronization throughout the entire RPM range.

This kit serves engine builders, drag racers, street rod enthusiasts, and restoration specialists working with MSD-based ignition systems. It's commonly paired with MSD distributors, crank triggers, or cam-based pick-up sensors to create a synchronized multi-spark ignition platform. Users requiring redundant spark delivery, variable ignition timing, or sequential fuel injection typically employ this adapter as part of a complete MSD Ignition system build.

MSD Ignition products are engineered for repeatability and durability in competitive and high-stress engine environments. The Spark Pick-Up Adapter Kit integrates seamlessly with MSD's digital or analog ignition controllers, allowing tuners to dial in ignition advance curves specific to fuel type, boost level, and intake configuration. Proper synchronization of pick-up signals directly impacts combustion efficiency, peak power delivery, and engine reliability at sustained high RPM.