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So just how much time and effort could someone really need to spend when one of these kinds of problems isn't able to be solved by common knowledge? BTW I posted one of these about a Corvette about year ago. The customer didn't un-pair their original phone so the system wouldn't learn the new phone. The tech who solved the problem, which also included downloading an app onto the customers cell phone didn't get a dime for his effort.
Mine: 1995 318ti Club Sport-2020 C43-1996 Speed Triple Challenge Cup Replica
Wife's: 2021 Sahara 4xe
Son's: 2018 330i xDrive
Complain about diagnostic fees until they are removed, or try to get them waived if the work is done and the tech doesn't get paid for the time that was spent to prove what was wrong with the car.
Get assistance from the manufacturer for a repair and the tech now gets the warranty rate for the repair instead of the customer pay rate, which can quite often be as little as half of the hours that they would have been paid for the same work.
With as many times as this has been bounced around everyone should know by now that the percentage of time that a gas cap causes a check engine light is less than 1%. So why are they making this demonstration? IMO, It appears they assuming" that "you" don't know any better. Then they double down on possibility with their oil change commercial. First they use a clown in front of a shop to push the 3000 mile services (Question, What are they really saying about the shops that they want to do business with and sell parts to?) and then they try to suggest that the person that wants you to have to buy a new car (a dealer) is only pushing a 5000 mile service as if that will ruin your engine. Isn't it something how they ignore the fact that the consumer doesn't need their system if the car a consumer owns has the maintenance reminder system built into it? It's comical seeing them try to split hairs with their 3750 mile recommendation as if even that is ever correct, and not be specific about exactly what oil is being put into the car in the commercial.
Here is the oil change commercial. So how many of today's cars call for 10W40?
They are cutting up on shops and techs with some of their messages surely that must mean they are the authorities, right? (ret)
It really rubs the wrong way when they advertise like this, and then turn around and try to seek our business.
Not to change the subject on you, but this is fresh in my mind:
“Software updates are extremely important to me,” said another Tesla owner, Scott Wolf, a software engineer in Naples, Fla. “Knowing there are new features and they can fix the car without having to bring it in — that’s very impressive for an owner.” (NY Times)
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'11 GMC Sierra 1500; '98 Alfa 156 2.0TS; '08 Maser QP; '67 Coronet R/T; '13 Fiat 500c; '20 S90 T6; '22 MB Sprinter 2500 4x4 diesel; '97 Suzuki R Wagon; '96 Opel Astra; '11 Mini Cooper S
Just like the Sirius/XM radio in your car.
I think the real point is that people don't like taking their car in to the shop and that's part of the reason why over-the-air updates will quickly gain traction.
"We know what we are doing and we base our advice on factory specifications, not upsells or guesses".
Whether you believe that or not is another matter entirely.
But then, these AZ commercials are not directed to the likes of those here who are Forums regulars.
'11 GMC Sierra 1500; '98 Alfa 156 2.0TS; '08 Maser QP; '67 Coronet R/T; '13 Fiat 500c; '20 S90 T6; '22 MB Sprinter 2500 4x4 diesel; '97 Suzuki R Wagon; '96 Opel Astra; '11 Mini Cooper S
'11 GMC Sierra 1500; '98 Alfa 156 2.0TS; '08 Maser QP; '67 Coronet R/T; '13 Fiat 500c; '20 S90 T6; '22 MB Sprinter 2500 4x4 diesel; '97 Suzuki R Wagon; '96 Opel Astra; '11 Mini Cooper S
"The iPhone--works pretty much the same as any other phone, but costs more because it's prettier, has a nice display and pretty darn good camera".
"Mercedes-Benz---not as reliable as a Camry but drives great and carries a fair amount of status".
"Auto Zone---hey, if our counterpeople were rocket scientists, they'd be working for NASA, right? "
'11 GMC Sierra 1500; '98 Alfa 156 2.0TS; '08 Maser QP; '67 Coronet R/T; '13 Fiat 500c; '20 S90 T6; '22 MB Sprinter 2500 4x4 diesel; '97 Suzuki R Wagon; '96 Opel Astra; '11 Mini Cooper S
Then again it's not a stretch to figure out where he would eventually be without someone that can fix what he has right now. He would be buying a different one and that is what this is really all about. The people who are waiting for him to buy a new one don't want someone out there that can fix what he already has at any price.
http://www.cbc.ca/news/business/ford-f150-auto-parts-obsolete-go-public-1.3746577
And parts is parts.
Meanwhile Maybe his cluster will heal itself?
Seems like the "don't do it" advice often comes from people in the trade.
I suppose they will balk at the idea that this is part of the results of their efforts "to protect the consumers" but that doesn't change the perception from this side.
So is it $25/hour for the building and the lift? Can't charge for tools as construction workers have those too.
Tools/equipment not provided by the mechanic
Consumables (cleaners, etc.) not included in parts prices
Wages for the service advisors
Partial wages for cashiers, office manager, and other related staff
Office equipment & services (PCs, copiers, internet connection)
Customer lounge costs (land, TV/cable connection/WiFi, coffee, mag subscriptions)
Insurance
Overhead for write-offs/good will work
Marketing
Possibly loaner vehicles
I'm sure there's more.
Oh yeah, since these are small businesses without the accounting team that GE has, income tax is another expense.
I've never used a shop without a customer waiting area.
What I was feeling was a misfire which was being caused by the PCM shutting one of the injectors off, but I didn't know that for certain yet. But why was it misfiring? After stopping for fuel and restarting at idle the misfire that I suspected was obvious. Manipulating the throttle to change engine load and speed the misfire could be compensated for. One of the tricks that takes a long time to learn is how to use the throttle to change spark voltage demand to see if a misfire is spark leaking outside of the cylinder. To do that requires changing engine speeds and loads in a way that result in varying spark advance and cylinder air/fuel ratio's. While the misfire could be mitigated with engine speed and load, it did not respond to advanced spark timing and richer mixtures. Hmmm, worse than not good.
With the fuel stop and engine restart the system now did code and generate a MIL. I had to drive it attentively to respond to the few times that the PCM wanted to flash the MIL. There was no way this wasn't going to hurt the catalyst, the question was how much was it going to be damaged. I made it to the class location and grabbed a scan tool, P0302 and a P0300. During the break we did a fast ignition coil test (had spark), spark plug inspection and a quick swap between cylinders #2 and #3. The misfire remained with cylinder #2. That was the limit for what there was time for as well as the tools on hand but it was enough to know it wasn't going to be an easy fix.
After the class it was time to limp it home. A quick test by disconnecting the injector confirmed the vibration exactly as it felt at times noting prior to that, there were times that it didn't display the vibration with the injector connected. That confirmed that when the misfire was the worst it was either the PCM shutting the injector off or the circuit failing. If the PCM detects enough misfires it shuts the injector off to try to protect the catalyst. The rest of the trip home needed to be a balancing act between speed, load transmission gear range to mitigate the number of misfires that ultimately occurred. Getting it to the shop confirmed what I suspected especially since the initial discovery occurred with pulling a long hill. It lost compression in cylinder #2, burnt exhaust valve.
Oh well, not a big deal in my book because my Escape has a lifetime guarantee. If it breaks in my lifetime, you can guarantee that I'll be the person fixing it. These things aren't anyone's fault and all the care in the world can't prevent every possible failure, so it comes down to just deal with it. But I did grab one photo as I pulled it apart. Here are the cams and the top of the cylinder head.
I still might do the chain and guides while this is apart, but there is no scoring of the cam gear faces from the chain at all. There isn't even any play in the chain so it is completely serviceable if I want to leave it. That is really impressive when you start to put the numbers to all of this. I'm at 176K. At 180K the crankshaft will have turned on average about 4 billion times.The injectors and coils would each have fired about 2 billion times. The pistons have traveled some 8 billion strokes at 100mm per for a total distance of some 497,000 miles worth of sliding against the cylinder walls, each. To face a repair, and not a full rebuild is an amazing feat IMO and just goes to prove, they really don't build them like they used to.
LOL
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So why didn't you just do a compression test right after you pulled codes and did the swaps between cyl 2 & 3? By then I suspect you knew what was up.
Why would the misfire go away on a certain type of downshift...is it that the increased revs generate just enough compression for the cylinder to fire? (I'd suspect about 80 psi would be required).
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The PCM is able to detect misfires that the driver cannot because to the PCM a misfire is the failure of the crankshaft to accelerate sufficiently between 20 to 130 degrees rotation after TDC. That means the cylinder could fire and not necessarily slow the crankshaft, but not actually accelerate it inside of the window. When that happens the strategy is to shut the injector off to try and protect the catalyst, and that resorts in a full misfire that is easily felt.
At idle running compression is typically half of the cranking compression. In a class I often have the techs try and explain why that is. Any ideas? When tested my cranking compression was 44psi, the compression at idle was 65 psi. Normal cranking compression should be in the 190 psi range so my idle compression should have been between 85 and 100psi.