COMP Cams 822-16 High Energy Hydraulic Flat Tappet Lifters for Small Block Mopar V8 Engines, Set of 16

The COMP Cams 822-16 High Energy Hydraulic Flat Tappet Lifters are designed to deliver reliable performance for Small Block Mopar V8 engines, including B and RB series, as well as AMC V8 models. Crafted for durability and efficiency, these lifters are engineered to maintain precise valve operation under demanding conditions. Their flat tappet design ensures optimal contact with the camshaft lobes, reducing wear and promoting smooth engine performance. Manufactured with high-quality materials, these lifters are built to withstand high-stress environments and provide consistent performance over time.

Each set includes 16 lifters, making them suitable for complete engine rebuilds or upgrades. The lifters feature a diameter of approximately 0.904 inches, fitting standard Small Block Mopar V8 configurations. The design incorporates a hydraulic mechanism that automatically adjusts for valve clearance, reducing maintenance needs and improving engine efficiency. These lifters are ideal for enthusiasts and professionals seeking to restore or enhance classic Mopar or AMC V8 engines.

Designed for direct compatibility with specified engine models, the COMP Cams 822-16 lifters contribute to improved valve timing and engine stability. Their robust construction and precise manufacturing standards ensure longevity and reliable operation, even under high-performance conditions. Whether you're restoring a vintage engine or building a performance upgrade, these lifters offer a dependable solution that supports optimal engine function and longevity.

Features:

• Designed for Small Block Mopar V8 engines, including B and RB series and AMC V8

• Set of 16 hydraulic flat tappet lifters for complete engine rebuilds

• Durable construction with high-quality materials for long-lasting performance

• Flat tappet design ensures optimal contact with camshaft lobes

• Hydraulic mechanism automatically adjusts for valve clearance

• Approximately 0.904 inches in diameter for standard fitment

• Engineered for reliability in high-stress engine environments