2012 Dodge Challenger R/t Coupe 2-door 5.7l on 2040-cars

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Here's your chance to own a first-year Dodge Viper with just 333 miles

The Dodge Viper is certainly one of the most outrageous cars to come out of the 1990s, with its cartoon styling, massive 8.0-liter V10 engine, and utter disregard for anything other than performance. The first-generation models are the purest example of the breed, with an assemble-it-yourself toupee roof, side curtains, calf-searing side pipes, no air-conditioning (until '94), no airbags, no ABS, and no traction control. This first-year 1992 Viper is coming to Barrett-Jackson's Scottsdale auction in January and has just 333 miles, making it a near-new example of Chrysler's wild child. Only a couple hundred first-year Vipers were built, making them among the rarest of the breed. All '92 models were red, the same color as the 1989 show car, the overwhelming reaction to which spurred Chrysler to put the car into production as a modern-day Cobra. With the Viper's departure in 2017, the car seems destined to forever remain the improbable offspring of a moment in time. That time has passed, but an ultra-low-miles example like this allows its lucky new owner to chance to experience firsthand what all the fuss was about.

All-wheel-drive Dodge Challenger GT confirmed by EPA website

The US Environmental Protection Agency accidentally confirmed the upcoming Dodge Challenger GT by posting fuel economy figures for the all-wheel-drive variant of the muscle car. According to FuelEconomy.gov, the Challenger GT, which will come with the 3.6-liter V6 when it's released, is rated to get 18 miles per gallon in the city and 27 miles per gallon on the highway, giving the vehicle a combined rating of 21 miles per gallon. Those figures are slightly lower than the rear-wheel-drive Challenger with the same engine, which gets 19 miles per gallon in the city and 30 miles per gallon on the highway. While previous reports indicated that Dodge is planning to release the all-wheel-drive Challenger GT sometime in 2017, the automaker hasn't confirmed the vehicle. (Mopar's all-wheel-drive concept from last year's SEMA Show is pictured above.) With the EPA putting out the car's official fuel economy figures, the all-wheel-drive muscle car is definitely coming, and should be here before the entire Challenger lineup gets its expected redesign in 2018. And yes, we're still hopeful that the so-called Challenger ADR we saw in spy photos means we'll see all wheel drive and Hellcat power. Because Hellcat everything. Related Video:

NHTSA investigating power modules on Chrysler Group SUVs and minivans

The Center for Auto Safety is officially petitioning the National Highway Traffic Safety Administration to begin scrutinizing alleged problems with the totally integrated power module (TIPM) on about 24 Chrysler Group SUVs and minivans. The advocacy group claims that the part's failure can cause affected vehicles to stall or not start at all. NHTSA is still looking into the accusations and deciding whether a full investigation is actually warranted.
The CAS petition claims at least 70 TIPM failures, but according to NHTSA, six of the complaints are for models that don't have the modules. In 34 of the reported cases, the vehicles refused to start, and in 17 of them the engine stalled. There were also two allegations of smoke and one of a fire. However, none of these affected airbag deployment or resulted in a crash.
This petition isn't the first TIPM-related problem for Chrysler Group. A recent report in the New York Times alleged that it found 240 complaints potentially related to the issue on NHTSA's website alone. In September, the automaker also recalled 230,760 examples worldwide (188,723 in the US) of the 2011 Jeep Grand Cherokee and Dodge Durango replace the fuel pump relay circuit inside of the TIPM-7 with one external to the unit. The original part could allegedly cause the models to stall without warning. Even earlier, the company also recalled about 80,000 examples of the Jeep Wrangler and Dodge Nitro in 2007 to have the module reprogrammed.