Valvoline Restore and Protect

Another option is Mobil 1 ESP oils...but like HPL, these both have a different cleaning claim than Valvoline Restore and Protect. Neither claim to clean and free up oil control rings. So neither may provide the desired results.
The oil control rings are the only place in my HEMI I can think of that the material HPL liberated came from (whole life prior on Mobil 1 Extended Protection 0W-20). This is consistent with KnappAttack stating that it provided the same effect (got rid of the oil consumption problem) as Restore and Protect.
 
engine braking should help clean up the rings quicker
really? it does? dint know it has such benefits.how often should i do that? its better from higher revs or just in town slow speed?
The oil control rings are the only place in my HEMI I can think of that the material HPL liberated came from (whole life prior on Mobil 1 Extended Protection 0W-20). This is consistent with KnappAttack stating that it provided the same effect (got rid of the oil consumption problem) as Valvoline Restore and Protect.
and i cant have any of them,now that i need them..
 
really? it does? dint know it has such benefits.how often should i do that? its better from higher revs or just in town slow speed?

and i cant have any of them,now that i need them..
Hit the highway......that will get the oil good and hot with a decent load on the engine and rings.

Keep the rpms ups 3-4k
 
Important to note what the Valvoline Dr. Warholic has to say about the oil coming up to a sustained running temp in order for Valvoline Restore and Protect to provide the best results . My average drive on Valvoline Restore and Protect is about 30 minutes of sustained driving with part of that on an Intersate with a couple of hard pulls thrown in then abruptly letting my foot off of the gas pedal . I would imagine short trippers would have less desirable results with Valvoline Restore and Protect if their oil is not brought up to running temps often enough . Lastly , due to a dirty running Hyundai 2.4L GDI engine my OCI’s are 3,800 miles to 4,000 miles / 6 months max as this engine thrashes oil like it invented the term. Others with better engines would be served better to run Valvoline Restore and Protect 4,000 to 5,000 mile / 6 month OCI’s. Short trippers need to get out for a weekly sustained drive getting that Valvoline Restore and Protect up to temp for a period of time if you want the max cleaning benifit .
What I wonder is what the temp has to be and for how long? My Impreza, especially during the winter during my commute might not get to 180F. I can if I put it in faux manual mode and drive in 2nd and 3rd gear during my 5 miles 15 minute commute. The summer is obviously different but still not hitting 200+.

So say, 180 for 15 minutes? 200 for 30 minutes? That I info I would love to know and would help inform my driving habits and how often I may go out for a drive if I don't have a longer one coming up.
 
Ready to run in the A3. Also next change for the Focus and of course a White Monster.

20260321_130802.webp
 
But how?
I always downshift and I can tell you there is some issue with my oil rings. I have about 1.5 qt oil consumed for 5K miles.
The idea is that the vacuum created in the cylinders with the throttle blade closed will pull "out" on the rings. This can also draw oil by the rings however, leading to a bit of consumption.
 
The Motor Oil Greek just posted a new video on Valvoline Restore and Protect.

Restore & Protect vs Deposits (500,000 Mile Engine Tear Down Reveals All)
Why the Motor Oil Geek calls (in the UOA) Silicon, a Silicone and says it's from RTV/sealants.
But in previous videos has said Silicon is from break-in pistons rings and cylinder walls.

I tend to agree with the second one because todays modern engines contain certain amount of silicon within the piston rings and cylinder blocks too, the 2nd one especially in German engines.
Instance:
https://goodson.com/blogs/goodson-gazette/reconditioning-high-silicon-aluminum-alloy-engine-blocks
 
Why the Motor Oil Geek calls (in the UOA) Silicon, a Silicone and says it's from RTV/sealants.
But in previous videos has said Silicon is from break-in pistons rings and cylinder walls.
different situations so different answers. This time it's from putting the engines back together. They were completely torn down. The other time, it was a different situation. These engines have 500,000 miles. They aren't breaking in...
 
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