Lake Speed jr. Thick vs. Thin video.

The thing absolutely can’t stand about this guy is that whenever he has any sort of guest he either speaks over them, or makes movements and seems like he’s ready to speak over them. I find it distracting and quite honestly it gives me almost a sense of anxiousness where I can’t concentrate on what the other person is even saying because I’m waiting for him to interrupt.
That's typical of a fast thinker. Professional politicians and quality news personalities have back and forth discussions down to a science. For the rest of us, we are not quite as polished.
 
That is great news for you! I feel it's a waste of time. Especially if your only loading the filter element.

Haven't been pre-filling oil filters since 1967.
I agree. It's going to take me 20 years to do 200K miles at this point and I just don't see filling it vs not filling having a meaningful impact on the 10-12 years I may keep a vehicle.
 
I posted a synopsis of the video and for some reason it was removed. It's a 40 minute video, I listened to the entire thing while coding. However, I wouldn't have the patience to sit through the entire thing without doing something else.
And the reason for the deletion is given above.
 
Does any manufacturer actually recommend or require prefilling oil filters in their service manuals? I've never seen it.
well the silly thing about pre fill of oil filters begs to ask one vital question: If pre fill is so important then why do so many vehicle manufacturers design and sell to the public vehicles that one can only install the filters vertically undeneath with no way on earth to fill a filter anyway?
 
With today's variable output oil pumps, flow volume is a matter of software and very likely, a pressure sensor, although even that's not "for sure". When the farthest cam bearing in an OHC/DOHC engine is starved for oil, it is likely due to no-flow conditions at that bearing cap. Despite normal flow rates through the pump.

Ultra low viscosity oils can, in some situations, be responsible for shorter engine life. I'm simply bringing up one way this can happen. Things are fine, right up until they are not.

I've mentioned oil lubricated chains many times. Manufacturers now use coated pins and parts to extend chain life with ultra low viscosity oils. As we might expect, this improves chain life markedly. Unfortunately, the coating has a lifespan too and once used up, chain "stretch" is rapid.
Yep … Those pumps are ECM logic all day long … My GM sense throttle demand and up the flow right as RPM’s start to increase - But, the Jeep is even more strange - it will kick into high stage even coming off a mid throttle - I think it’s when the 850RE downshifts …
 
The thing absolutely can’t stand about this guy is that whenever he has any sort of guest he either speaks over them, or makes movements and seems like he’s ready to speak over them. I find it distracting and quite honestly it gives me almost a sense of anxiousness where I can’t concentrate on what the other person is even saying because I’m waiting for him to interrupt.
At first I thought you were talking about my ex wife.
 
So you can’t just say it beats it in every way. LSJ even mentions in the video that the usage of a particular engine will determine what you should choose. There is no one size fits all with oil.
These graphs (from King Bearing, who are journal bearing experts) show that as the journal bearing clearance increases, a thinner oil does worse than a thicker oil in terms of MOFT. It also shows that no matter what the bearing clearance is, more viscosity always results in more MOFT. So using a thicker oil in tighter bearings isn't dangerous, but running too thin oil in looser bearings could be since the MOFT could get very low, causing more wear. So yes, as mentioned before, if a more modern engine like in an everyday modern car was used, the difference in the wear metals seen in the UOAs may be less of a difference than seen in this engine.

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