Chrysler 318-360 Alterna tor Bracket

The Chrysler 318-360 Alternator Bracket from Racing Power Co-Packaged is a precision-engineered mounting solution designed for engine builders, restorers, and performance technicians working with classic Chrysler small-block platforms. This bracket serves as the critical structural component that positions and secures the alternator within the engine bay, ensuring proper belt tension, electrical output delivery, and component longevity. Whether you're rebuilding a period-correct 318 or upgrading a 360 engine platform, this OEM-style bracket maintains factory alignment and compatibility while supporting aftermarket electrical systems.

Manufactured to exacting specifications by Racing Power Co-Packaged, this alternator bracket is engineered for durability and precise fitment across Chrysler 318-360 engine variants. The bracket's robust construction accommodates the mechanical loads transferred during normal engine operation while maintaining rigid alternator positioning—a critical factor in preventing belt slippage, premature wear, and electrical system failure. The design accounts for both serpentine and traditional belt configurations, allowing flexibility in charging system upgrades. At 0.99 lbs with compact overall dimensions of 8.85 x 0.45 x 11.95 inches, the bracket integrates seamlessly into tight engine compartments without sacrificing structural integrity or accessibility for routine maintenance and service.

Technicians restoring 1968–1979 Chrysler muscle cars, fleet vehicles, and performance platforms will find this bracket essential for authentic engine bay rebuilds and modern charging upgrades alike. The mounting points align with factory engine block geometry, ensuring drop-in compatibility without modification to surrounding components or wiring harnesses. Installation typically requires standard hand tools and takes minimal time when integrated into a comprehensive engine rebuild or alternator service procedure. This bracket is ideal for those maintaining OEM electrical architecture or transitioning to high-output alternators that demand stable, load-bearing mounting solutions.