Would you consider Valvoline Restore and Protect in your Euro car?

Does using VRP make your engine invincible, never needing an oil change again? Not sure I see the point being made here.
 
Wow. What engine is this and what was the story?
This is a EA888 from a 2014 Audi A6. It came to me because it was dealer serviced its whole life and began consuming oil at an alarming rate. If I remember correctly, it was almost a quart per 500 miles. The crankcase and sump didn't show signs of neglect, I’ve attached a picture, but the rings were completely plugged. They did have the bad piston and rings design like everyone else around the same time but I thought VW502 was supposed to keep that from happening?

I put the updated pistons in it and it’s still rolling around to this day.

IMG_0253D.webp
 
Where has that ever been claimed? It’s designed to clean ring packs and apparently has a track record of doing it. But it’s not a long life oil. I’ll be changing it every 5,000 miles.
so if the engine was neglected VRP wouldn't have prevented the monstrosity you posted. interesting.
 
That is much like that Honda turbo engine that somebody disassembled while taking a video. It looked very clean except for the pistons and rings. The video was posted on BITOG within the last year. I wonder if the situation is worse with a lot of short trips (low oil temps.) or mostly long trips (higher oil temps.).
 
That is much like that Honda turbo engine that somebody disassembled while taking a video. It looked very clean except for the pistons and rings. The video was posted on BITOG within the last year. I wonder if the situation is worse with a lot of short trips (low oil temps.) or mostly long trips (higher oil temps.).
It could be due to ring placement on the piston. I think @OVERKILL put up some pic showing how over the years the skirts and crowns have become shorter which has pushed the ring closer to the top of the piston where it's even hotter.
 
If you’ve seen the number of engines I’ve torn down that had been getting the “correct euro oil” their whole life and still had oil control rings that look like they’ve never had an oil change; you wouldn’t be so concerned about the “correct euro oil” either.

View attachment 296130
There are many here that REFUSE to accept anything. They'll say this photo isn't supported by any data. I suggest turning this photo into a .pdf and posting it online then it will be more widely accepted.
 
There are many here that REFUSE to accept anything. They'll say this photo isn't supported by any data. I suggest turning this photo into a .pdf and posting it online then it will be more widely accepted.
the photo is not really in question. that generation of Audi 2.0T was well known for horrible oil consumpion. Swapping to the VW piston/ring fixed it. It was a giant recall.

It says nothing about the oil choice or whether VRP would magically solve faulty piston ringpacks.
 
Does using VRP make your engine invincible, never needing an oil change again? Not sure I see the point being made here.

the photo is not really in question. that generation of Audi 2.0T was well known for horrible oil consumpion. Swapping to the VW piston/ring fixed it. It was a giant recall.

It says nothing about the oil choice or whether VRP would magically solve faulty piston ringpacks.
The photo was in reference to his statement. His statement is what I'm now referencing.
 
That is much like that Honda turbo engine that somebody disassembled while taking a video. It looked very clean except for the pistons and rings. The video was posted on BITOG within the last year. I wonder if the situation is worse with a lot of short trips (low oil temps.) or mostly long trips (higher oil temps.).
That was on "I Do Cars" on YouTube 94k 2019 Honda Accord 2.0L Turbo Engine
 
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There are many here that REFUSE to accept anything. They'll say this photo isn't supported by any data. I suggest turning this photo into a .pdf and posting it online then it will be more widely accepted.
Dirty rings doesn't guarantee oil burning and the photo shows a diesel engine of unknown maintenance history. Aslo the fact that problematic oil burning engines have been fixed using different rings shows the problem wasn't oil related.
 
Aslo the fact that problematic oil burning engines have been fixed using different rings shows the problem wasn't oil related.
That seems true in one sense and false in another. It is true if you make the solid assumption that the particularly problematic rings in that engine provide a very atypical environment for the oil, then conclude that it is not fair to blame an oil for forming those massive deposits. It is false because the deposits are definitely from the oil breaking down and it is well known that different oils have different abilities to resist forming those deposits. The latter view is the one that I take. The conclusion in the former view is what I disagree with. Does that make sense?
 
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