The Truth About Lifter Failures in the 7.3 L Godzilla V8 Engines

⚙️Lifter failures in the 7.3 L Godzilla V8 engines have been a concern among owners and enthusiasts.

🛠️Lifters play a critical role in the engine's operation, and their failure can lead to engine damage and misfires.

🔧Lifter failures appear to be more prevalent in commercial chassis engines and may be related to quality control or lubrication issues.

📉Ford uses variable displacement oil pumps in the 7.3 L engines to improve fuel economy, potentially contributing to lubrication issues.

🔍Further investigation and data are needed to determine the exact causes and solutions for lifter failures in the 7.3 L engines.

Are lifter failures common in the 7.3 L Godzilla V8 engines?

—While lifter failures have been reported, they appear to be more prevalent in commercial chassis engines rather than pickup trucks.

What are the potential consequences of lifter failures?

—Lifter failures can lead to engine damage, misfires, and reduced engine longevity.

What factors contribute to lifter failures?

—The exact causes are still being investigated, but potential contributors include quality control issues and lubrication problems related to variable displacement oil pumps.

Is Ford addressing the issue of lifter failures?

—Ford has been replacing the engines in cases of lifter failures, indicating that they acknowledge the issue and are taking steps to resolve it.

Can I prevent lifter failures in my 7.3 L Godzilla engine?

—Regular engine maintenance, using high-quality lubricants, and avoiding high idle times may help reduce the risk of lifter failures.

00:00Introduction to the concern of lifter failures in the 7.3 L Godzilla V8 engines.

04:46Explanation of what lifters are and their importance in the engine's operation.

07:10Discussion on the prevalence of lifter failures in commercial chassis engines and potential causes.

13:18Explanation of Ford's use of variable displacement oil pumps and their potential role in lubrication issues.

16:40Call for further investigation and data to determine the exact causes and solutions for lifter failures.