Hot Item Eagle Ford 289/302 3.000in Crank 5.090in I-beam Rods -5cc Flat Top 4.030in Pistons Rotating Assembly Bonkers Deal: 50% Off [tzZkGecQ]

Eagle Ford 289/302 3.000in Crank I-Beam Rods

The Eagle Ford 289/302 3.000in Crank I-Beam Rods are engineered for high-performance engines, offering unparalleled strength and durability. This rotating assembly is designed to enhance the power and reliability of your engine, ensuring optimal performance for both street and racing applications.

• Forged 4340 Crank: The 3.000in forged 4340 crank provides exceptional strength and longevity, capable of handling high-powered engines.
• 5.090in I-BEAM Rods: The 5.090in I-BEAM rods are crafted for maximum strength and rigidity, reducing flex and improving overall engine performance.

Advanced Piston and Rod Bearings

This rotating assembly is further enhanced with top-of-the-line components, ensuring smooth operation and extended life. The forged 4032 MAHLE -5cc Flat Top 4.030in Pistons are designed to optimize compression and reduce weight, while the King XP Rod/MAIN BEARINGS provide superior durability and stability.

• Forged Pistons: The -5cc Flat Top 4.030in Pistons are engineered for high-performance engines, offering increased compression and reduced reciprocating mass.
• King XP Bearings: The King XP Rod/MAIN BEARINGS are made from high-quality materials, ensuring a tight fit and reduced friction for longer bearing life.

Professional Quality and Performance

The Eagle Ford 289/302 3.000in Crank I-Beam Rods are the perfect choice for those seeking top-tier performance and reliability. With premium components and meticulous engineering, this rotating assembly is built to withstand the demands of high-performance engines. Invest in the best for your vehicle and experience the difference in power and efficiency.

• Professional Quality: Each component is manufactured to the highest standards, ensuring a precise fit and long-lasting performance.
• Optimized Performance: The combination of high-quality pistons, rods, and bearings results in a more powerful, efficient, and responsive engine.