Overstock Deal Eagle Ford Fe 4.125in Crank 6.700in I-beam Rods Forged 4032 -14cc 4.080in Pistons Rotating Assembly Special: 65% Discount [pN05umek]

Eagle Ford FE 4.125in Crank 6.700in I-Beam Rods

Introducing the Eagle Ford FE 4.125in Crank 6.700in I-Beam Rods, a premium rotating assembly designed for maximum performance and durability. This top-tier kit is crafted with precision, featuring a 4.125" cast crank and 6.700" I-Beam rods, ensuring optimal power transfer and smooth operation. With its high-quality components, this assembly is a perfect choice for enthusiasts and professionals alike who demand the best for their engines.

• Forged 4032 Diamond Pistons for increased strength and efficiency.
• ARP 8740 Bolts for secure and reliable fastening.

Product Specifications and Technical Details

The Eagle Ford FE rotating assembly is engineered to deliver exceptional performance. It includes forged 4032 diamond pistons, which offer a -14cc compression ratio and a 4.080" diameter, providing optimal power and fuel efficiency. The plasma-molybdenum file fit rings ensure a perfect seal, while the king SI rod and main bearings guarantee smooth operation and longevity. This assembly is also equipped with 7/16" ARP 8740 bolts, renowned for their strength and durability.

• 7/16" ARP 8740 Bolts for superior fastening strength.
• Forged 4032 Pistons with -14cc compression ratio for enhanced performance.

Practical Uses and Target Audience

Whether you're a car enthusiast, a professional mechanic, or a racer, the Eagle Ford FE 4.125in Crank 6.700in I-Beam Rods are an ideal choice. This high-performance rotating assembly is designed to enhance the power and efficiency of your engine, making it perfect for a variety of applications, from daily driving to high-performance racing. With its superior build quality and technical specifications, this kit is a must-have for anyone looking to take their engine to the next level.

• Optimized for both daily driving and racing applications.
• Perfect for car enthusiasts and professional mechanics seeking top performance.