ChrisNLA
Well-Known Member
I don't see anything wrong with dragging diesels into it to keep this thread properly off track.Are we comparing gas engines, or are diesels now dragged into it?
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I don't see anything wrong with dragging diesels into it to keep this thread properly off track.Are we comparing gas engines, or are diesels now dragged into it?
Glad I wasn't sipping my diet coke when I read that.I don't see anything wrong with dragging diesels into it to keep this thread properly off track.
So those GC’s are listed in the mid $44K? Not a bad price and a good omen for us potentially.Even though the build and price isn't up on Jeep's site , there are 26 GC's starting to show up on Autotrader. Granted none with actual pictures, but they appear to be in transit. Expect we'll see reviews of the engine soon enough.
https://www.autotrader.com/cars-for...adius=0&sortBy=derivedpriceASC&startYear=2026
Every WK2 we ever bought has an MSRP of about 35-40K and that was pretty loaded.So those GC’s are listed in the mid $44K? Not a bad price and a good omen for us potentially.
Yeah, the GC is a pretty good value IMO as long as you don't get the Summit or Overland trims. The interiors are super nice too in comparison to the competition (Explorer, Pilot, Highlander).So those GC’s are listed in the mid $44K? Not a bad price and a good omen for us potentially.
We’ve owned four GC’s over the past 25 years and at least one was in the mid 50’s. Given the inflation in the past few years 44k for a decent GC is a good price.Every WK2 we ever bought has an MSRP of about 35-40K and that was pretty loaded.
They are among the cheapest way to get a capable, comfy, SUV with all of the bells and whistles
The level we bought - you never needed to buy options because they already had everything.
That 44K is probably on the higher side of any Grand Cherokee we bought. They've always been low priced vs. what you get.
Last time we bought a Grand Cherokee (2021), loaded, it was 10K under the cheapest Wrangler with maybe a few options - and the GC had power everything, auto dim high beams, ACC and much more.
You must have bought up a level or two from what we bought.We’ve owned four GC’s over the past 25 years and at least one was in the mid 50’s. Given the inflation in the past few years 44k for a decent GC is a good price.
Whatever.Again, why does the term or phrase "highly stressed" keep coming up?
They are no more stressed than other engines - because they are beefed up to handle the load.
A 3.6 with twin turbos might be "highly stressed". Or a supercharged stock 350, but when an engine is designed from the ground up, it's hardly highly stressed. Go dig into engine design a bit.
I don't have any experience with these modern smaller turbocharged engines. My question is how long do they last? I've seen pictures of torn down Hurricane 3.0L engines and they looked pretty rough. The amount of carbon buildup was insane, especially if they were used for towing.Having owned a 19 Ranger with the 2.3L EB and a 23 Colorado ZR2 with the 2.7L TurboMax I am just not interested in another highly stressed turbo 4 cylinder, especially in a Gladiator.
Now a 5.7 Hemi on the other hand..
I think 'highly stressed' comes up because these smaller displacement engines are working under higher pressures and temperatures to make the same power that a larger displacement engine can make with less stress on engine parts. And based off those who work on some of these engines, there does seem to be a growing concern for engine longevity. Obviously, some engines are better built than others, but the carbon buildup is insane!Again, why does the term or phrase "highly stressed" keep coming up?
They are no more stressed than other engines - because they are beefed up to handle the load.
Small displacement engines have been placed "under the stress" of high RPM and turbos for a long time. They typically have the parts made to handle it, just like some cars will wind up over 7,000 RPM and not bat an eye - they are made for it. It's not stress to that engine.I think 'highly stressed' comes up because these smaller displacement engines are working under higher pressures and temperatures to make the same power that a larger displacement engine can make with less stress on engine parts. And based off those who work on some of these engines, there does seem to be a growing concern for engine longevity. Obviously, some engines are better built than others, but the carbon buildup is insane!