2021 Update - OD is fixed. No further discussions permitted and is not up for debate.
Thank you Rocky but why not just a "Issues" sub forum instead of just a single thread?Due to the volume of complaints about the volume of "OD" threads, a decision has been made to only allow one thread for all discussion about this issue as some say or alleged issue as others say.
Existing threads will be closed you can put your comments here. Any new threads opened will be closed or consolidated into this thread.
In accordance with existing practice as some have discovered, posting privileges can be withheld for any poster who fails to uphold community standards of civility and respect.
The Moderating Team.
Good question. I would think that only the gasoline vapors would be drawn by the PCV system, leaving the liquid gasoline behind in the oil. I am guessing that the Honda engineers were looking at temperature & compression and forgot about other potential effects. A costly oversight, but it is worth it in the long run to have a recall to protect the brand. Toyota is waiting in the wings!!!I am one of the my people that may have an Oil dilution problem. To explain that comment mine is nowhere close to what some of the member describe here and my dealership starting a case with Honda now. Which according to the service manager is the first case they have seen in eastern North Carolina.:confused2:
Not being an Automotive engineer and only a "shade tree" mechanic. I was wondering if any of the members have had there PCV (Positive Crankcase Ventilation) system checked by Honda? All the informative information from Honda is saying that the gas is not evaporating/burning off from the oil reservoir/oil pan, it would be that system that carried the vapors away. With a turbo charged engine I would think the PCV system would be weak because of the turbo pressure in the manifold. All the PVC systems that I have seen operate using vacuum from the intake manifold. As I said I'm not a automotive engineer and maybe some here knows how it works different on the turbo engines.
Yes, I plan on asking my dealer about the system when they call me back.
Thank you Traylaw. It maybe simplistic but it makes perfect sense.This is a bit simplistic but here goes. The PCV system on the 1.5 turbo is a bidirectional system consisting of two oil air separators. One for the intake manifold the other for the turbo charger. When the intake manifold pressure is below the pressure at the intake of the turbo. Air travels from the turbo intake via a crankcase breather tube into the crankcase, then to the intake manifold. Under turbo boost the air direction reverses. The oil air separators are built into the top engine cover. View attachment 128063
Being a member who has the oil dilution problem (initially and then went away and now might be back after the fix) and the new issue of no heat after the fix, I am interested in reading any and all members' posts on their issues to see if any new developments/progresses/issues were made. So that's the reason why I've been paying that much attention to this website, more than I should be. Why would I want to go here if Honda is as trouble free and as reliable as they said? The OD issue was what getting me to this site and stuck to this site. Beyond that, if it was a fun/performance car (read BMW/Corvette etc) site and not a Honda SUV, then I would visit for mods ideas. Who the heck would mod their utilitarian CRV?Trying to put every post on this topic together is a really bad idea and as Dans15 said it just creates a mess for anyone trying to track what is going on. If you really want to create something useful then start a thread asking the club for suggestions on topics for an organized sub-set that would be truly useful in following each topic.
I want to follow the results of people who have had the fix. I know there is a poll but it is not being used. I counted at least 18 owners who have reported the are experiencing worse conditions, heat or oil, since having the fix. The poll doesn't list them because they were posting on a thread with a heading to let them tell their story.
I want to see factual numbers from people who have had oil analysis.
I want to see a thread where people can toss out their ideas on why this engine is not living up to the normal Honda standards.
I want to see a thread that shares what dealers are telling owners who have this problem.
I could go on. My point is this topic needs to be organized into sub-topics that people can follow based upon their interest. That is the basic concept why each generation of CR-V's has their own category. Please reconsider doing the same with the OD topic which is spinning out of control and making so many of us question if we made a mistake buying the 1.5L turbo.
Thanks for listening.
I have a 2018 CRV with the 1.5 lt. turbo, after this fuel in the oil issue came up I thought I would ok, because we do not drive short trips and do not experience cold weather. Checked the oil last week and it appears there is at least two quarts of gasoline in the crankcase ( two inches over the full level). Very disappointed because I know Honda will not help.They even locked a brand new thread, with really good new info.. I guess they just do the locking and we do the "consolidating"?
Oil Test Results on 1.5l Engine - It's Not Just Fuel Dilution
I have not weighed in on the fuel dilution until now. there is more going on than just fuel dilution.
I have a 2018 CR-V EX and have had the oil professionally tested 3 times. Oil was tested by a top tier lab and interpreted by a top tier chemist.
Here is what the test results show.
1. This is NOT just a cold weather issue. I drove 2,000 miles on a trip over a period of 4 days and had that sampled. It was hot, about 85-95F with no short trips. The engine had severe fuel dilution. Honda, this is NOT a cold weather issue.
2. The last oil was in the engine for 5,000 miles and there was pretty high iron wear and aluminum wear. The question that raises is whether the engine can make it to 100,000 miles. I took the vehicle in and Honda applied the fix and changed the oil. They also educated me that fuel dilution is "normal". My last 4 Hondas have had fuel dilution, but in the 2% range, which was concerning. Guess what the CR-V has? almost 9%!!! It is severe. Call 2% normal, not 9%.
3. But, something else showed up in the lab results. Water. The amount was so high that the lab re-ran the results. Over 1300 ppm. No, it's not coolant. It's water. So, there is not only fuel, but water in the oil.
4. If you want to know what's going on in your engine, consider getting the oil tested. Can't say that the facts impressed Honda, but the facts help me understand and not believe the propaganda.
Some of you are wondering why the fuel dilution is happening. It is a function of direct injection (DI) and variable valve timing (VVT). It's actually been a problem for years across many manufacturers.
If you look, almost every manufacturer is employing both technologies. What is happening in the Honda engines is they are overfueling on cold starts. Lots of fuel is pouring into the cylinders.
My plan is to sample again after several thousand miles and find out if the fix did anything at all. I don't think it will. Question is whether to sell. Or just drive it knowing it is not going to last. We are a Honda family, having owned many Hondas over a 40 year period. If Honda doesn't stand behind their product, that's the end.