Racing Dist SBC HEI Stealth w/o Vacuum Adv

The Racing Dist SBC HEI Stealth distributor from Performance Distributors is a magnetic pickup, mechanical advance distributor engineered for Small Block Chevy V8 engine builds. This black HEI-style terminal distributor delivers the precision ignition timing control required for high-performance racing applications, combining proven mechanical advance mechanics with a magnetic pickup ignition system for reliable spark delivery across a wide RPM range.

The magnetic pickup design eliminates point wear and contact erosion, translating to consistent spark timing without the maintenance intervals traditional breaker-point distributors demand. Mechanical advance allows timing curve optimization across engine speed, automatically advancing spark timing as RPM increases to maximize power and efficiency during acceleration and sustained high-RPM operation. The HEI-style terminal ensures compatibility with modern HEI-type ignition coils and wiring harnesses common in contemporary engine swaps and restorations. Black finish provides clean engine bay aesthetics while the stealth design integrates seamlessly into custom builds.

This distributor suits Small Block Chevy racing programs, restomod builds, and performance street applications where reliable ignition management is non-negotiable. Street racers, bracket racers, and engine builders upgrading from worn OEM distributors gain repeatable timing curves and reduced parasitic losses from the magnetic pickup system. The mechanical advance mechanism is tunable—advance weights and springs can be adjusted or modified to dial in optimal timing curves for specific fuel grades, camshaft profiles, and intended RPM ranges.

Performance Distributors holds a strong reputation in the racing community for ignition system engineering. The combination of magnetic pickup reliability and mechanical advance flexibility makes this distributor a preferred choice for builders seeking repeatable, maintenance-free ignition timing without the complexity and cost of electronic engine management.