Worldwide Shipping King Racing Rod Bearings For The Honda K Series - K20a, K20z, & K24a Engine's - Drilled For Dowels - Today Only [jVC5iEPt]

King Racing Rod Bearings for Honda K Series Engines

King Racing is proud to introduce the STD Size pMAX Black Rod Bearings, specifically designed for Honda K Series engines such as the K20A, K20Z, and K24A. These high-performance bearings are engineered to withstand the demands of powerful race engines, offering superior load capacity and durability. The STD Size pMAX Black Rod Bearings are crafted with precision, ensuring a perfect fit for your Honda K Series engine.

Key Product Properties and Specifications

The STD Size pMAX Black Rod Bearings are crafted with a unique tri-metal bearing structure, featuring an intermediate layer made of a copper-based alloy with 4.5% tin for enhanced strength. This layer provides a load capacity of 17,000 psi, making it the strongest in the industry. The overlay is also 24% stronger due to a 5% copper alloy, offering a fatigue resistance of 10,200 psi. These bearings come with .001" extra oil clearance and are drilled for dowels, making them compatible with aluminum rods. The SecureBond™ etching process improves multi-layer adhesion and structural integrity, ensuring long-lasting performance.

Practical Uses and Benefits

Ideal for both street and racing applications, these King Racing Rod Bearings are perfect for owners of Honda K Series engines looking to maximize performance and durability. The U-Groove™ design increases the bearing load capacity and provides better load distribution. Bull’s Eye Tolerance™ ensures precise thickness consistency, eliminating the need for multiple sets of bearings or extensive machine work. The ElliptiX™ oil slot design improves oil ingress without compromising load capacity. With features like RadiaLock™ and EccentriX™, these bearings are designed to meet specific performance demands and prevent spun bearings. Upgrade your Honda K Series engine with King Racing Rod Bearings and experience the difference in power and reliability.