Hearted Youtube comments on Endless Money Pits (@EndlessMoneyPits) channel.

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  2. In my former life I was a lubrication engineer (tribologist).   Particles in nature are usually of negative electronic charge and tend to 'clump' together (agglomerate) into larger and larger sized particles ... based on time. Most engines made earlier than about 2010 are built upon the 20 µM (micrometers) specification - defining the MOST DAMAGING PARTICLE SIZE in an internal combustion engine; many of the newer designed engines have a lesser/smaller sized particles-in-oil specification.   Modern lubricating oils have added detergent, a chemical compound that alters the electronic surface characteristics of the particles. Such Detergents become 'used up' based on the time the oil is in service/operation. Secondly, the more modern engines have 'weaker' (less springy) piston rings (done to artificially improve gas milage). This allows MORE blow-by of the piston rings (and oil) to become 'settled' and deposited as 'carbon' behind and on the wrong side the piston rings and IN the ring grooves ('lands') of the piston. This build up of carbon can promote ring sticking (or 'stuck rings') leading to adverse cylinder wall wear, The remedy is: 1. if the vehicle is driven predominately at normal steady state, highway speeds, with the cruise contol engaged, with little stop & go intervals in between .... consider to change oil and 'quality' oil filter AT (or before) the manufacturers recommended change-out recommendations 2. If predominantly in stop and go conditions, and you're always accelerating and decelerating (aggressively) .... consider to change the oil at **HALF** the recommended interval to help ensure that your piston rings dont become stuck due to carbon build up in the piston ring grooves. Constant oil changeout - ON TIME , .... (or at half time intervals for 'stop and go') - ...... is VASTLY CHEAPER than an engine rebuild or 'new' vehicle.   For myself I typically get 200 - 300k+ miles out of a well made engine. (FWIW - I never buy a new design 'engined' vehicle, until it proves itself to be itself in *long term* driving conditions to be long-term-reliable). Lastly, avoid 'beating' the engine with rapid acceleration/deceleration, 'especially' including those times when the engine is BELOW normal operating TEMPERATURES. Hope this helps. ;-)
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  6. In order to decide on oil change intervals, you have to consider your driving conditions. The deterioration of the oil is dependent on how many cold starts you perform, and on whether the engine is run up to operating temp each time you run it. If you tend to run short errands with a delay between trips, your oil will deteriorate more quickly. During warm-up, acid and water vapor is created during this period. If you get the engine all the way up to temp, most of the water vapor evaporates and blows out the tailpipe. The acid that occurs during the warm-up process just collects in the oil, contaminating it. Also a consideration is whether you do much driving in excessively dusty conditions. To simplify all this, if you drive 200 miles on the highway, your engine will get more wear during the first 2 minutes of warm-up than it will during the 200 miles of driving. All of these factors are why it is difficult to have a single hard and fast rule about intervals. Also, if you are using synthetic oil, it is more resistant to deterioration. Also, if your engine is turbocharged, this is very hard on the oil, much like the effects of large amounts of steroids on a human body. If you talk to a mechanic, they will invariably tell you that turbocharged engines nearly always have a shorter life than non-turbo versions of the same engine. A engine -oil analysis is a really good way to measure the best interval for oil changes for your own type of driving, but it doesn't tell you much about your neighbor who has a different pattern of use. BILL
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