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Hellcat motor 'fits like a glove' in the Wrangler and Gladiator, says Jeep

Just like "technically correct" is the best kind of correct, "technically possible" is the best kind of possible. Specifically, it's technically possible to slot a Hellcat crate motor into the Jeep Wrangler and Gladiator, as confirmed by Jeep brand chief Tim Kuniskis. Speaking to Australian media last week, Kuniskis went on to say that "everybody" keeps asking him if the supercharged, 6.2-liter Hellcat V8 fits in the Wrangler and Gladiator, and that the answer is yes. "It fits like a glove," said Kuniskis. But — there is a but — the fitment is so close for comfort, it makes the combination one that Jeep can never produce. "There's no air space around the engine [...] so you have no crush space, you have nothing that can be used to absorb energy in a crash. It's not a problem to put it in — other than emissions and fuel economy — except it would never pass any crash tests, and that's a problem," as Kuniskis told Drive. However, since the Hellcat is now out of the bag, it's probably only a matter of time until hobbyists with access to these engines will start putting them into Wranglers and Gladiators. And with the time-honored piece of advice — just don't crash into anything — it'd be a combination worth seeing and hearing. Just to throw it out there, a "Hellcrate" engine costs less than $20,000 new. Kuniskis also said that Jeep is "gauging interest" for the J6 concept, one of the Easter Jeep Safari concepts that were just revealed. "[The J6] is just a concept at this stage. But that doesn't mean we're not going to gauge interest for it." However, he said justifying its production is apparently "tough."

New Jeep Wrangler caught nearly uncovered

Finally, after months of seeing Wrangler prototypes carefully covered up, we get a look at some prototypes with the bare minimum of camouflage. Starting from the front, the fascia looks just as it did in previously leaked images. In contrast to the outgoing model, the trademark grille slots are now taller, stretching nearly to the top of the grille surround. The headlights also intersect with the grille slots, resulting in slightly pinched slots at either end. Aside from the grille, we can get a clear view of the new horizontal, fender-mounted turn signals and the traditional exposed hood latches. Moving along the SUV, we find hinges at the base of the windshield, which seems to confirm that you'll still be able to fold it down for maximum wind exposure. And, as we've seen before, the doors have exposed hinges that indicate the doors can come off, too. We can also see that the Wrangler will be offered with both contrasting black plastic fender flares, and with body-colored versions. But unlike past models, the body-colored examples aren't completely painted, leaving a black strip along the edges. Interestingly, the fender vents seen on another fully exposed example of the Wrangler don't appear to be present on these prototypes. They could be covered, or they may be an optional appearance item. At the back, we now get to see the Wrangler's new taillights, which are LED units with an I-beam shape. The exposed gas filler cap is now gone, in favor of a permanently attached filler door. Both the license plate mount and rear window wiper have been moved, too. The license plate now mounts to the bumper, and the rear wiper hides at the base of the rear window behind the spare tire. The rear bumper also gets some red lenses that could simply be reflectors, or possibly rear fog lights. As previously reported, the new Jeep Wrangler is expected to make its debut at this year's LA auto show, with the first deliveries arriving to dealers not long after. It will be available with either a four-cylinder or V6 at launch, with a diesel coming later, and the truck sometime after that. Other new features to the Wrangler could include a roof with power sliding panels, and full-time four-wheel drive. Related Video:

Stellantis previews 4 electric platforms: Here's how they'll be used

Stellantis EV Day is hitting hard and fast this morning, with big news coming from Dodge and Ram and Jeep and the rest. But to support those brand transformations, a core initiative within Stellantis will help it become a leader in electrification. To do that, the group is developing platforms and technologies with cross-shared components and systems. This starts with four flexible BEV platforms: STLA Small, STLA Medium, STLA Large and STLA Frame. As for targeted numbers, they’re lofty: By 2024, Stellantis aims for over 500 miles of range, 0-62 mph in 2 seconds and charging 200 miles of range in 10 minutes. The four platforms will offer battery capacities from 37 kWh to more than 200 kWh. More specifically, STLA Small will offer 37-82 kWh and up to 300 miles of range. STLA Medium will have 87-104 kWh and up to 440 miles. STLA Large will provide 101-118 kWh and up to 500 miles of range. The truck-focused STLA Frame will provide 159-200+ kWh and up to 500 miles of range (and will support an electric Ram 1500 pickup). Chrysler EV Front 34 View 8 Photos Stellantis has big plans for the STLA Large platform, and is currently developing eight vehicles for it in the next three to five years. Examples of possible vehicles shown include a midsize Ram truck and a Jeep off-roader that could fight against the likes of the Toyota 4Runner. Stellantis design boss Ralph Gilles could be seen in a presentation looking over a Chrysler electric crossover based on this platform. We also saw a Wagoneer badge teased momentarily. There was a rendered silhouette of a crossover that looked like it could compete with the Ford Mustang Mach-E. Gilles said the platform would allow Stellantis to “create a long-range luxury sedan, an all-conquering muscle car, a heart-of-the-market DUV, a heart-of-the-market SUV, a very capable Jeep off-roading white-space opportunity vehicle as well as a new mid-sized truck.” See for yourself in this video starting at the 90-minute mark. As for powertrains, Stellantis is developing three electric drive modules with a shared, scalable inverter, and other common components, as well as in-house software to control them. Those drive units will offer from 70 to 330 kW (94-402 horsepower). More specifically, one EDM will provide 70 kW, a second will provide 125-180 kW, while the most potent can produce 150-330 kW.