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Dodge Viper to out-Hell the Hellcat with supercharged V10?

The Viper wouldn't be the Viper if it wasn't the most powerful model under the Chrysler umbrella. But with the arrival of the Hellcat engine in the Dodge Charger and Challenger, the Viper has fallen behind in the bragging rights department: where the new supercharged V8 produces 707 horsepower and 650 pound-feet of torque, the naturally aspirated V10 offers "only" 640 hp and 600 lb-ft - gargantuan output figures by almost any other standard, but crucially behind on the SRT power scale. Conner Avenue is going to have to do something about that.
Although the Hellcat's engine reportedly won't fit under the Viper's hood, SRT is now rumored to have another trick up its sleeve: supercharge the existing V10. According to the Pentastar performance enthusiasts at allpar.com, Chrysler has already taken delivery of the first such prototype engines so that it can begin the process of fitting it into an upgraded Viper.
The spooled ten-pot is tipped to produce around 800 hp and 650 lb-ft of torque. More than that and the Viper's drivetrain, chassis and bodywork would have to be substantially reworked. Though beefier transmissions are available, fitting them would reportedly set off a domino-game of changes required to handle the added torque. Which may be something Chrysler would be prepared to do for the next-generation model, but in the meantime, 800 hp could prove enough to put the Viper back atop the Mopar performance ladder where it belongs, and give it an edge against the new Corvette Z06 to rekindle sales.

1979 Dodge Li'l Red Express in Generation Gap showdown with 1933 Ford Pickup

Auto enthusiasts love a good debate, whether it's Mustang versus Camaro or Ferrari against Lamborghini. But how about a battle between two very different vintages of classic pickup trucks? In this case, the fight is between a 1979 Dodge Li'l Red Express and a 1933 Ford Model 46 truck with a flathead V8.
The shootout comes courtesy of the internet series Generation Gap, and its concept is super-simple. One guy prefers classics, and the other likes newer rides. They choose a category, pick two vehicles and put them head to head. In this case, neither is exactly modern, though. The Ford is more than old enough to receive Social Security checks, and the Dodge is hardly a young whippersnapper.
Other than both being pickups, these two models were made to serve very different functions. The Li'l Red Express was basically the progenitor of today's muscle trucks, with a big V8 that made it one of the quickest new models in its day (admittedly, 1979 was a rough time for automotive performance). On the other hand, the '33 Ford was just meant to work, with little pretense for anything else. One of the hosts describes it as "the simplest, most difficult" vehicle he's driven because of the tricky double clutchwork necessary to shift gears. Scroll down to watch the video and try to decide which of these two American classics you would rather have in your garage.

Chrysler recalling 644k more Dodge Durango and Jeep Grand Cherokee SUVs over brakes

Early last month, we reported on Chrysler issuing a preemptive, proactive recall for about 25,000 units of the Jeep Grand Cherokee and Dodge Durango. The issue revolved around a brake system that wasn't causing any actual problems, but delivered an unsatisfactory brake feel, so Auburn Hills called in a good 25,000 of SUVs around the world, including 18,700 in the United States.
Now Chrysler, having apparently determined that the brake problem on its sport utes is actually much bigger than it initially realized, has drastically broadened the scope of the recall. As a result, the National Highway Traffic Safety Administration has issued a recall for precisely 655,354 examples of the Grand Cherokee and Durango, covering the 2011 through 2014 model years. In addition, Chrysler is recalling 42,380 units in Canada, 21,376 in Mexico and 159,685 overseas.
The problem which Chrysler found revolves around the brake booster, whose center shell has been found to be subject to corrosion, allowing water to get into the brake system. That water in turn could freeze, preventing the brakes from working as well as expected.