Did the "Engine Restore" Compression Improvement Last? One year later (Episode 2)

Summary

In this update on the Ford 5000 tractor after using Engine Restore, the user shares their findings from a year of use. The tractor now starts better in cold weather, with improved engine performance and compression. They test the oil and oil filter for contamination, showing no significant issues or metal buildup, further validating Engine Restore's effectiveness. The tractor continues to run well after 100 hours, with no apparent damage, and the user remains confident in the product. They also explore other additives and invite feedback on effective products to test in the future.

Takeaways

• 😀 The Ford 5000 tractor, after using Engine Restore, starts better in cold conditions compared to before.
• 😀 The initial performance issue of the tractor struggling to start below 95-100°F was improved after applying Engine Restore.
• 😀 A compression test was conducted with a diesel-specific tester, which showed better results compared to the previous test using a gasoline-engine tester.
• 😀 The engine's compression continues to improve even after significant use (around 100 hours), indicating that Engine Restore is having a long-lasting effect.
• 😀 Cutting open the oil filter revealed no noticeable contamination, suggesting that Engine Restore does not cause significant buildup in the system.
• 😀 The use of a strong magnet in the oil filtration process did not show significant metal contamination, reinforcing the idea that Engine Restore doesn't harm the engine.
• 😀 There were no signs of excessive metal particles or glitter in the oil, suggesting that the additive is not causing damage or excessive wear on the engine.
• 😀 The user is confident that Engine Restore is beneficial, both in improving compression and overall engine performance, after extensive testing and real-world use.
• 😀 The user chose to continue using Engine Restore and Rotella T5 oil as part of their maintenance routine, as the tractor continued to perform well over time.
• 😀 While the user is not generally a fan of oil additives, they have confidence in Engine Restore, seeing it as a valuable and effective product for improving engine function.

Q & A

How long has the creator been using Engine Restore on their Ford 5000 tractor?

The creator has been using Engine Restore for about a year on their Ford 5000 tractor.

What was the tractor's performance like before using Engine Restore?

Before using Engine Restore, the tractor had trouble starting when cold, requiring temperatures around 95-100°F to start, and it ran poorly when not warmed up.

What were the results of using Engine Restore after one year of use?

After one year, the tractor starts better in colder temperatures, runs smoother, and has improved compression. The creator noticed a significant positive impact on the engine's performance.

What testing was done to assess the engine's condition after using Engine Restore?

The creator cut open the oil filter to check for contamination, filtered the oil to detect metal particles, and performed a compression test to evaluate the engine's condition.

What was found inside the oil filter during the inspection?

The oil filter inspection revealed no significant buildup or metal contamination. This suggests that Engine Restore did not cause harmful debris or damage inside the engine.

How did the creator perform the oil filter inspection?

The creator used a chisel to carefully cut open the oil filter, avoiding any tools that could leave debris inside, and then checked the filter's pleats for contamination.

What did the creator use to check for metal particles in the oil?

The creator used a powerful magnet to check for metal particles in the oil. Some metal was found on the magnet, but this was likely from the oil collection bucket, not the engine itself.

What tool did the creator use for the compression test, and why was it necessary?

The creator used a compression tester designed for diesel engines that goes up to 1000 psi. This was necessary because the previous tester, designed for gasoline engines, only went up to 300 psi and was not sufficient for the tractor's diesel engine.

Did the creator observe any improvement in the engine’s compression over time?

Yes, the creator observed that the engine's compression continued to improve over time after using Engine Restore, though they believe the compression has likely peaked.

What is the creator's opinion on the effectiveness of Engine Restore compared to other oil additives?

The creator is generally skeptical of oil additives but has a lot of faith in Engine Restore. They believe it works as advertised and has delivered noticeable improvements in the engine's performance.

What other actions did the creator take to ensure a proper compression test?

To ensure an accurate compression test, the creator replaced the fuel injectors and modified an old injector to fit the compression tester, ensuring a tight and airtight seal during testing.

What are the creator's future plans regarding Engine Restore and other additives?

The creator plans to continue using Engine Restore due to its positive effects and is interested in testing other additives that may show similar benefits.