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Chrysler Recalling 870,000 SUVs For Brake Defect

Chrysler is recalling nearly 870,000 SUVs because corrosion may make the vehicles' brakes harder to use. Jeep Grand Cherokee and Dodge Durango SUVs from the 2011 through 2014 model years are involved. Chrysler says crimp joints in the brake boosters can corrode if they're exposed to water. If the water freezes, the boosters won't aid braking as they usually do. Chrysler began investigating after some customers said their brakes felt too firm when pressed down. The company knows of one accident, but no injuries, due to the defect. Dealers will install a shield to protect the boosters for free and replace boosters that aren't working properly. Chrysler has since changed the design to make the boosters more corrosion resistant. Chrysler will notify owners of the recall, which involves 867,795 vehicles. Related Gallery Safest Crossovers For The Budget-Conscious Family View 10 Photos Recalls Chrysler Dodge

Dodge Viper saved from crusher by students, but will it last?

The saga of the Washington state community college hoping to keep its allegedly pre-production Dodge Viper out of the maw of the crusher is going strong. Not only does the school still have the car, but there's a chance that the college might even get to keep it.
The whole situation flared up in March when the South Puget Sound Community College in Olympia, WA, received a notice from Chrysler Group that requested that the school's Viper be destroyed. The automaker had loaned the muscle car to it about a decade ago to use for educational purposes in its auto tech classes. With the Dodge growing long in the tooth, "it is unlikely that these vehicles offer any educational value to students," the company said in its press release on the matter.
However, the college balked at destroying its Viper, despite the fact it had signed a contract with Chrysler Group to do so. The school further claimed that its car was incredibly special because it was a pre-production example and just the fourth one made back in 1992. Although, as we pointed out at the time, the photos of the school's vehicle showed a coupe that looked like a newer Viper GTS.

The Dodge Demon gets a Drag Mode and a lesson in Newtonian physics

It's Thursday morning, which means we have more news on the upcoming Dodge Demon, the pumped-up Challenger Hellcat variant that's looking to cause mayhem at a drag strip near you. This week's video, "Third Law," shows the Demon's revised suspension in action and displays another one of SRT's cryptic messages. Dodge claims that the 6.2-liter supercharged Hemi V8 in the Hellcat twins is compromised because it's fitted to a car that needs to be comfortable on the street in addition to a performer on the drag strip. Not so with the Demon, as Dodge says the car is "designed to be highly competent in all drive modes and configurations," including the all-new Drag Mode. Dodge says details about the new mode will trickle out over the next few weeks, but all the info this week focused on suspension. The "Third Law" in this week's title refers to Isaac Newton and motion: "When one body exerts a force on a second body, the second body simultaneously exerts a force equal in magnitude and opposite in direction on the first body." We're not sure what Newton would have thought seeing the sidewall wrinkling Nitto NT05R drag radials in action, but he'd probably have a reaction of some sort himself. An ideal suspension setup for the drag strip makes for a poor setup on the road. As Dodge puts it, the "old school" way to set up a drag car was to "get the quickest reacting springs upfront, the softest rebound front shocks that wouldn't restrict the springs' reaction, remove any restrictions (sway bar) and increase the compression of the rear shocks." This would give a car great front to rear weight transfer but made for very poor lateral direction control, meaning minor corrections were difficult. The Demon's Drag Mode will use electronics to give the car the best combination of launch and lateral stability. Dodge listed some of the parts to help aid in this goal. They also gave us a few equations that we can't make sense of. Let us know if you have any clues. Hardware: 35 percent lower rate front springs/28 percent lower rate rear springs 75 percent lower rate hollow front sway bar/44 percent lower rate rear sway bar Drag-tuned Bilstein Adaptive Damping Shocks Software: Rear = F/F and Front = F/S F/F – F/S maintained @ wide open throttle (WOT) F/F – F/F < WOT Traction control disabled/ESC maintained Result: 13.5=575@500 Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.