BBC Timing Pointer - 6.325 ATI Balancer

The MILODON BBC Timing Pointer for 6.325 ATI Balancer is a precision-engineered timing reference tool designed for big block Chevy engine builders and performance mechanics who demand accuracy during top-end assembly and ignition timing verification. This adjustable timing pointer eliminates guesswork when setting initial ignition curve or verifying crankshaft position relative to cylinder head markings, making it essential for any serious engine build, dyno session, or high-performance tune-up. Whether you're dialing in a carbureted race engine or validating a fuel-injected power plant, this pointer ensures repeatable, reliable timing marks for optimal combustion chamber efficiency.

Constructed from black anodized aluminum with stainless steel hardware, the BBC Timing Pointer features precision-machined mounting surfaces that interface directly with ATI 6.325-inch OD balancers—a standard specification in both street and competition big block Chevy applications. The adjustable design allows fine-tuning of the pointer position relative to the balancer's timing marks, accommodating variations in engine block casting tolerances and custom damper installations without requiring expensive custom fabrication. Anodizing provides superior corrosion resistance in engine bay environments while maintaining the material's lightweight properties, critical for minimizing vibration transmission and ensuring accurate pointer feedback during high-RPM operation.

This timing pointer is ideal for engine builders preparing big block Chevrolet engines for street, strip, or dyno work, as well as mechanics performing valve timing verification on existing installations. The 6.325-inch balancer compatibility covers most ATI aftermarket damper applications for BBC motors, making it a universal reference solution for timing light use and ignition system diagnostics. Installation requires basic mechanical knowledge and standard hand tools; the stainless hardware resists corrosion and seizure during future engine service intervals, ensuring long-term reliability and ease of removal for future timing adjustments.