4-Low
Well-Known Member
You guys don't remember this being hashed out back in 2020? From a CNET interview with Jeep:
"While the Jeep Gladiator and Wrangler share more than a few parts, one thing they won't be sharing is the Wrangler's four-cylinder turbocharged gas engine.
Jeep will not offer its 2.0-liter I4 turbo engine in the Gladiator, The Drive reports. A Fiat Chrysler spokesperson told The Drive that "the 3.6-liter [V6] engine can handle the temperatures seen while towing," intimating that the Wrangler's four-pot might not be able to tow and haul with the best of 'em."
So if they couldn't make the 2.0T Hurricane work due to SAE J2807 targets, what makes you think the 3.0T Hurricane would work?? This isn't rocket science.
And another point is the fitment, as is already being discussed in this thread. Even in Ram/Wagoneer full size platforms the 3.0T is so long that you cannot access some parts on the rear of the engine because they are mashed against the firewall. I've already seen some of these engines being dropped out of the vehicle to complete certain repairs because of it. So how is the tiny, cramped engine bay of the Wrangler/Gladiator going to be any better? I don't think it will physically fit and pass crash test standards, let alone repair standards.
You can file the 5.7L, 6.4L, and 3.0T into the "not happening for Gladiator" folder.
Now, what PROBABLY will happen is that the next gen replacements due out in 24-28 months will be designed specifically for the turbo engines and hybrid variants, because they will sell them into the late 2030s and they have to future-proof them. So I'd expect larger engine bays and better cooling packages for the next gen Wrangler and Gladiator.
"While the Jeep Gladiator and Wrangler share more than a few parts, one thing they won't be sharing is the Wrangler's four-cylinder turbocharged gas engine.
Jeep will not offer its 2.0-liter I4 turbo engine in the Gladiator, The Drive reports. A Fiat Chrysler spokesperson told The Drive that "the 3.6-liter [V6] engine can handle the temperatures seen while towing," intimating that the Wrangler's four-pot might not be able to tow and haul with the best of 'em."
So if they couldn't make the 2.0T Hurricane work due to SAE J2807 targets, what makes you think the 3.0T Hurricane would work?? This isn't rocket science.
And another point is the fitment, as is already being discussed in this thread. Even in Ram/Wagoneer full size platforms the 3.0T is so long that you cannot access some parts on the rear of the engine because they are mashed against the firewall. I've already seen some of these engines being dropped out of the vehicle to complete certain repairs because of it. So how is the tiny, cramped engine bay of the Wrangler/Gladiator going to be any better? I don't think it will physically fit and pass crash test standards, let alone repair standards.
You can file the 5.7L, 6.4L, and 3.0T into the "not happening for Gladiator" folder.
Now, what PROBABLY will happen is that the next gen replacements due out in 24-28 months will be designed specifically for the turbo engines and hybrid variants, because they will sell them into the late 2030s and they have to future-proof them. So I'd expect larger engine bays and better cooling packages for the next gen Wrangler and Gladiator.
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