Complete K1 Technologies 5.590 Toyota 2jzgte H-beam Billet Connecting Rod - Single Holiday Cheer Edition [WwlJRsNd]

K1 Technologies 5.590 Toyota 2JZGTE H-Beam Billet Connecting Rod

Elevate the performance of your Toyota 2JZGTE engine with K1 Technologies' premium H-Beam Billet Connecting Rod. This high-quality rod is crafted from durable 4340 steel, ensuring optimal strength and longevity. With its precision-engineered design and finish honed in the USA, this connecting rod offers unparalleled performance and reliability.

• Superior Material: Made from 4340 steel for maximum strength and durability.
• Expert Craftsmanship: Designed and finish honed in the USA for precision and quality.

Technical Specifications and Features

The K1 Technologies 5.590 Toyota 2JZGTE H-Beam Billet Connecting Rod is engineered to meet the highest standards of performance. It features a rod length of 5.590 inches and is designed with an H-Beam profile for enhanced strength. The rod is equipped with ARP 2000 fasteners for increased tensile strength and durability. Additionally, the rod is shot peened for improved fatigue life and includes bronze wrist pin bushings for reduced friction and longer service life.

• Optimized Performance: Shot peened for improved fatigue life and durability.
• High-Quality Components: Bronze wrist pin bushings and ARP 2000 fasteners for superior performance.

Applications and Benefits

The K1 Technologies 5.590 Toyota 2JZGTE H-Beam Billet Connecting Rod is an ideal upgrade for both street and racing applications. Whether you're looking to enhance the performance of your daily driver or compete in high-performance racing events, this connecting rod provides the reliability and strength you need. With its tight tolerances and precision engineering, this rod is a must-have for any enthusiast seeking to push the limits of their Toyota 2JZGTE engine.

• Street and Racing Applications: Suitable for both daily driving and high-performance racing.
• Enhanced Performance: Boosts engine power and reliability for optimal performance.