LCE Performance proudly offers a range of high-quality connecting rods designed specifically for Toyota engines, including 20R, 22R, RE, RET, 3RZ, 5VZ, and 2RZ models. Our connecting rods are made from durable chromoly materials, providing strength and reliability for both stock and performance applications. The design ensures a precise fitment and optimal performance necessary for any engine rebuild or upgrade.
Our selection includes LCE Connecting Rods for 20R/22R/RE/RET with machined rod caps, Spool Connecting Rods for the 3RZ, and Pro Chromoly Crossbeam Rod Sets for various Toyota engines. Each rod is engineered with oil passages and drilled holes to ensure proper oil distribution throughout the assembly, minimizing wear and maximizing the longevity of your engine components.
Connecting Rods FAQs
What types of connecting rods does LCE Performance offer for Toyota engines?
We offer a variety of connecting rods, including 22RE connecting rods as well as rods for the 3RZ, 5VZ, and 2RZ engines. We also have several Pro Chromoly Crossbeam Rod Sets designed for high-performance applications.
What materials are the connecting rods made from?
Our connecting rods are crafted from high-quality chromoly metal, providing enhanced strength, reduced weight, and increased durability over factory stock options. This allows for better performance and reliability under demanding conditions.
How do I know if I need to replace my connecting rods?
Signs that you may need to replace your connecting rods include bent rods, excessive wear, or damage from previous engine failures. If you’re rebuilding your engine, it’s a good practice to replace rods for optimal performance.
What is the importance of proper alignment during installation of connecting rods?
Proper alignment during installation is crucial to ensure that the connecting rods fit snugly against the crankshaft and pistons. Misalignment can lead to uneven wear, vibration, and ultimately engine failure.
What is the “big end” of a connecting rod?
The “big end” of the connecting rod is the part that connects to the crankshaft. This section houses the rod cap, which secures the bearing shells and facilitates smooth rotation around the crankshaft.
What are oil passages and why are they important in connecting rods?
Oil passages are drilled holes within the connecting rods that allow for oil to flow through and lubricate the bearings and crankshaft. Proper lubrication is crucial to reduce friction and prevent wear during engine operation.
Do your connecting rods come with bearing shells?
Our connecting rods are designed to accommodate stock or aftermarket bearing shells, which need to be purchased separately for installation. Ensure you choose the right size and type for your application.
How do I install the connecting rods properly?
When installing connecting rods, ensure that the alignment is correct, and torque the rod cap bolts to the specified factory settings. It's important to check for proper clearance and that the oil holes are oriented in the right direction to facilitate lubrication.
What should I do if I notice wear on my connecting rods?
If you notice any signs of wear on your connecting rods, it’s essential to perform a thorough inspection and consider replacing them. Worn rods can cause serious damage to the crankshaft and engine if not addressed during the rebuild.
Are the connecting rods balanced for weight?
Yes, our connecting rods are manufactured to precise specifications, ensuring consistent weight across the assembly, which helps maintain engine balance and performance during operation.
What is the typical weight difference between stock and performance connecting rods?
Performance connecting rods like those offered by LCE Performance are typically lighter than stock rods. This reduction in weight can improve engine response and overall performance, especially in high-rev applications.
Can I use aftermarket connecting rods in a factory installation?
Yes, aftermarket connecting rods are designed to be compatible with factory installations, but it’s important to ensure that the correct dimensions and specifications are matched for a successful assembly.
