Rare Find Eagle Chevy 496 Big Block Competition Rotating Assy In Multiple Colors [FsBzXevy]

Eagle Chevy 496 Big Block Rotating Assembly

Are you looking to take your Chevy 496 Big Block to the next level of performance? Look no further than the Rare Find Eagle Chevy 496 Big Block Competition Rotating Assy In Multiple Colors [FsBzXevy]. This top-tier rotating assembly is designed for those seeking the ultimate combination of power, reliability, and precision.

• Forged 4340 Crank – Engineered to withstand the rigors of high-performance applications, this forged crankshaft ensures durability and optimal power delivery.
• 6.800" H-BEAM Rods – Constructed with high-quality H-BEAM material, these rods provide increased strength and stiffness, enhancing overall engine performance.

With the Rare Find Eagle Chevy 496 Big Block Competition Rotating Assy In Multiple Colors [FsBzXevy], you get a package that is meticulously crafted for maximum performance. Each component is chosen for its superior quality and durability, making this assembly the ideal choice for any high-performance application.

• 7/16" ARP 8740 Bolts – These premium bolts provide the ultimate in strength and reliability, ensuring a secure fit every time.
• Forged 4032 MAHLE 18CC DOME Pistons – Engineered with a forged design and precision-ground skirts, these pistons offer excellent strength, durability, and weight savings.

Not only is the Rare Find Eagle Chevy 496 Big Block Competition Rotating Assy In Multiple Colors [FsBzXevy] designed for peak performance, but it also features cutting-edge technology to ensure the best possible engine health. The PLASMA-MOLY FILE-FIT RINGS and KING XP Rod/MAIN BEARINGS are included to provide superior sealing and reduced friction, leading to a longer-lasting and more efficient engine.

• Plasma-Moly File-Fit Rings – These high-quality rings offer superior sealing, ensuring optimal compression and preventing blow-by.
• KING XP Rod/MAIN BEARINGS – Designed for maximum load capacity and reduced friction, these bearings contribute to the overall efficiency and longevity of the engine.