2001 Dodge Stratus R/t Coupe 2-door 3.0l on 2040-cars

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Hennessey's Dodge Challenger Hellcat cranks out 1,032 hp

Enthusiasts know the Dodge Challenger Hellcat produces 707 horsepower. It's one of the modern muscle-car era's iconic numbers. But for some, that's not enough. Enter Hennessey Performance. The Texas tuners loaded the Hellcat with a twin-turbocharger that works with Dodge's supercharger to boost output to 1,032 hp and 987 pound-feet of torque. Yes, that's an engine dyno rating, not at the rear wheels, but still! It's a little more complicated than a bolt-on booster. Called the HPE1000, the turbo kit has stainless steel headers and down pipes, billet aluminum compressor wheels, and a high-flow air system. There's also an an improved fuel pump, and the engine and chassis are specially calibrated. You also get numbered plaques signed by John Hennessey himself and the engine tech who builds your mill. All of this helps get your Hellcat to 60 miles per hour in 2.7 seconds, and it can do the quarter mile in 9.9 seconds at 142 mph. The Hellcat and it's 6.2-liter blown Hemi V8 are not for the faint of heart. Hennessey makes this Dodge downright demonic. Related Video: Related Gallery 2015 Dodge Challenger SRT Hellcat View 23 Photos Image Credit: Hennessey Performance Dodge Coupe Performance

Dodge Journey and Fiat Freemont engine-cover recall affects 350k CUVs

FCA is recalling 349,731 examples of the 2011-2015 Dodge Journey and Fiat Freemont worldwide to better secure their engine covers. Of these affected vehicles, there are 144,416 in the US, 43,679 in Canada, 46,231 in Mexico, and 115,405 elsewhere. About 10 percent of them are also still at dealers, according to the automaker. Only models with the 2.4-liter four-cylinder engine are affected by this campaign. According to the company, the engine covers on these vehicles can be dislodged, and this can pose a fire risk if the loose part comes in contact with hot exhaust components. Warning signs of this happening include a noise under the hood, burning smell or a light on the instrument panel. The problem was discovered after three incidents on rough roads in Chile, and there was one minor injury there. According to FCA US spokesperson Eric Mayne to Autoblog, there have been eight occurrences of this issue reported in the US, but these were all related to "heat damage." There have been no reported injuries here. To fix the problem, dealers will install new engine-cover retainers on the affected models. These repairs will begin in August. As always for recall repairs, owners won't be charged. Statement: Engine Cover July 22, 2015 , Auburn Hills, Mich. - FCA US LLC is voluntarily recalling an estimated 144,416 crossover utility vehicles (CUVs) in the U.S. to better secure their engine covers. Engine covers in certain vehicles may become dislodged. If they come in contact with exhaust components, it may pose a fire risk. This condition was discovered during an FCA US investigation of three incidents in Chile. In each case, the vehicle had been driven extensively on unpaved or uneven surfaces. The Company is aware of a single related injury, described as minor. Affected are 2011-2015 Dodge Journey and Fiat Freemont CUVs equipped with 2.4-liter, four-cylinder engines. FCA US will install upgraded engine-cover retainers in these vehicles. The remedy will be available when customer notification begins next month; service will be performed free of charge. Vehicles equipped with six-cylinder engines are not affected. Additional Journey and Freemont populations also are subject to this campaign. They comprise an estimated 43,679 vehicles in Canada; 46,231 in Mexico; and 115,405 outside the NAFTA region. Of the 349,731 total vehicles subject to this campaign, approximately 10 percent remain in dealer hands.

Jeep Wrangler 4xe's hybrid powertrain: Could it be headed to other FCA products?

On its own, the 2021 Jeep Wrangler 4xe plug-in hybrid is a big deal for the brand and the model line. It's the most powerful and most efficient Wrangler by significant margins, and it doesn't give up the off-road capability that makes the Wrangler so special. But another great thing about this hybrid powertrain is its potential to be transplanted into other FCA vehicles. Just to recap, the layout of the Wrangler's hybrid powertrain, front to back, is as follows: engine, clutch, electric motor, clutch, transmission. The engine is the same 2.0-liter turbocharged four-cylinder that's a standalone engine for the Wrangler. The transmission and electric motor are sort of one unit, with the motor and clutch replacing the torque converter of the transmission. And the transmission itself is the ubiquitous eight-speed ZF automatic gearbox. Its transmission code name is 8HP75PH. The ZF eight-speed is available in every FCA product with a longitudinally-mounted engine and rear-wheel drive or four-wheel drive, with variations in the amount of power and torque it can handle. Not only that, but the Ram 1500 and 2500 and the Jeep Wrangler and Gladiator all have powertrains that utilize the non-hybrid version of the 8HP75 transmission specifically. Even the gear ratios for that transmission as well as the 8HP70 used in the Jeep Grand Cherokee, Dodge Durango, Dodge Charger and Chrysler 300 are nearly identical to those in the 8HP75PH. And a Fiat-Chrysler representative confirmed that the transmission portion of the hybrid drivetrain is basically carry-over from the regular 8HP75. So a transplant could be a relatively simple process. As for which of these models would be the most likely to receive the hybrid powertrain first, the Jeep Gladiator and Ram 1500 would seem like good bets, since they likely have the most similar transmissions, and the Gladiator in particular because of its closely-related underpinnings to the Wrangler. Both are also highly profitable trucks that sell well and could justify the development costs of adapting another powertrain. And in the case of the Ram, there's the impending F-150 hybrid to think about. Although Ram isn't going after a fully electric model, a PHEV could be a nice middle ground. A potential limiting factor would be whether the hybrid powertrain would be sufficiently robust to handle heavy payload and towing demands, particularly over longer periods.