Overstock Deal Pbm Rotating Kit 427 Low Compression Chevy Small Block 427sbls7lc Series [MdzAfkug]

Overstock Deal Pbm Rotating Kit 427 Low Compression Chevy Small Block 427sbls7lc Series [MdzAfkug]

The Overstock Deal Pbm Rotating Kit 427 Low Compression Chevy Small Block 427sbls7lc Series [MdzAfkug] is a top-tier rotating assembly designed for the World Products Motown/LS SBC block with LS7 heads. This kit is engineered to deliver exceptional performance and reliability for your small block Chevy engine. With its low compression design, it's perfect for those seeking a balanced power output without compromising on efficiency.

Key Features and Specifications

The PBM Rotating Kit 427 comes equipped with a 4.000" stroke 350 main 4340 non-twist lightweight forged steel crankshaft, ensuring durability and strength. The connecting rods are 6.125" 4340 forged steel H-beam rods, which are available with optional 7/16" ARP 2000 cap screws for added security. The JE 4.125" x 1.115" CH -32cc dome 2618 forged aluminum series pistons provide a lightweight yet robust solution for high-performance applications. The kit also includes JE Premium chromoly wrist pins, JE 1.2mm-1.5mm-3mm piston rings, and Clevite high-performance "H" series rod (narrowed) and main bearings for optimal performance and longevity.

Why Choose the PBM Rotating Kit 427?

The Overstock Deal Pbm Rotating Kit 427 Low Compression Chevy Small Block 427sbls7lc Series [MdzAfkug] stands out from other kits due to its premium components and superior engineering. With a compression ratio of 9.3:1 for a 64cc chamber or 8.8:1 for a 70cc chamber, this kit offers a perfect balance of power and efficiency. Don't be fooled by cheaper alternatives; our kit comes standard with name brand components, ARP 2000 Rod bolts, and Clevite H-series rod and main bearings, ensuring top-notch performance and reliability. Upgrade your small block Chevy engine today with the Overstock Deal Pbm Rotating Kit 427 Low Compression Chevy Small Block 427sbls7lc Series [MdzAfkug] and experience the difference in quality and performance.