Billet Timing Pointer SBC w/8.0 Balancer

The Billet Timing Pointer SBC w/8.0 Balancer by MSD IGNITION is a precision-engineered timing reference tool designed for Small Block Chevy (SBC) engines equipped with 8-inch OD balancers. This adjustable aluminum pointer allows engine builders and tuners to accurately set ignition timing during initial startup and ongoing tuning adjustments. Whether you're performing a complete engine rebuild, fine-tuning carburetor settings, or diagnosing ignition issues, a quality timing pointer is essential for achieving optimal engine performance and preventing costly detonation or retarded spark events.

Constructed from high-grade billet aluminum and finished in black anodize, this timing pointer offers exceptional durability and corrosion resistance in the engine bay environment. The pointer's adjustable design accommodates the specific geometry of 8-inch OD balancers, providing clear alignment with engine block timing marks for accurate degree-of-crankshaft (BTDC/ATDC) readings. The precision-machined construction ensures repeatability across multiple readings, critical for validating static timing settings before engine startup and verifying dynamic timing curves during operation. At just 0.34 lbs, the compact design (4.4 x 3.45 x 5.85 in) integrates seamlessly into tight engine compartments without interfering with accessory belts or other components.

This timing pointer is ideal for SBC enthusiasts, professional engine builders, and performance shops standardizing ignition curves on carbureted or fuel-injected Small Block Chevy platforms. Installation involves securing the pointer to the engine block with minimal fasteners, positioning it to align with your balancer's degree markings. Compatibility is confirmed for all Small Block Chevy applications using 8-inch diameter balancers—including classic muscle cars, hot rods, and modern crate engine builds. Proper timing verification using this tool ensures reliable cold starts, consistent idle quality, and optimal power delivery across the RPM band.