1994 Dodge Stealth on 2040-cars

Auto blog

FCA recalls 570,000 SUVs from Jeep and Dodge over fire woes

Fiat Chrysler US has issued two recalls covering a total of about 570,000 Jeep and Dodge models. The first concerns vanity mirror wiring in the Jeep Grand Cherokee from the 2011 and 2012 model years, and in Dodge Durango units built before September 12, 2012. The automaker recalled almost 900,000 units last year to repair the issue, then faced more issues this year when the fires continued in repaired vehicles. This new recall seeks to resolve the issue, FCA saying that the post-recall fires happened in a tiny percentage of vehicles equipped with a specific wiring package. This recall is for 352,831 total units in the US, another 26,478 in Canada, 13,037 in Mexico, and 84,330 internationally. No injuries or deaths have been reported. FCA says it will inform customers as to when they can schedule a service visit to remedy the issue. The second recall takes aim at 60,107 examples of the Jeep Compass and Patriot from the 2015 model year in the US, plus 5,755 in Canada, 3,351 in Mexico, and 23,995 in other markets. Those models could suffer from an out-of-position clamp on the power steering fluid line. The error could allow fluid to leak, increasing the risk of a fire if the fluid ends up on a hot surface. In the case of a complete loss of fluid, drivers will need to use a lot more effort to steer. The automaker reports no injuries or accidents, and will advise customers when to head to the dealer for service. Related Video: Jeep Grand Cherokee and Dodge DurangoStatement: Vanity-Mirror WiringDecember 24, 2015 , Auburn Hills, Mich. - FCA US LLC is recalling an estimated 352,831 SUVs in the U.S. to help ensure vanity-mirror wiring may be serviced more consistently.Overheating conditions were reported among a small percentage of vehicles (<0.02%) serviced in connection with a related recall, conducted previously.** An FCA US LLC investigation discovered the service procedure, if not followed precisely, may leave vehicles susceptible to a short-circuit, creating a potential fire hazard.The Company is unaware of any related injuries or accidents. Post-service overheating conditions were observed only in vehicles equipped with a certain wiring package. These vehicles were produced before Sept. 2, 2012.Affected are model-year 2011-2012 Jeep Grand Cherokee and Dodge Durango SUVs produced before Sept. 2, 2012. Wiring in the headliners of these vehicles will be secured with a new adhesive.

FCA's shifter fiasco proves novel gear selectors are a bad idea

What's wrong with PRNDL? Why are automakers trying to overly complicate the simple task of selecting gears? If there's any lesson to learn from the recent news that NHTSA is investigating 853,000 Fiat Chrysler vehicles over its problematic gear selectors, it's that the trend of fancy shifters needs to stop. Now. Last year, NHTSA opened an investigation into Jeep Grand Cherokee models, and has now expanded this probe to include the 2012-14 Chrysler 300 and Dodge Charger. The problem? The shifter – assembled by ZF – is confusing for many drivers. "Testing ... indicates that operation of the (electronic) shifter is not intuitive and provides poor tactile and visual feedback to the driver, increasing the potential for unintended gear selection," a NHTSA document states. More than 100 crashes and over a dozen injuries are linked to this problem, according to The Detroit Free Press. To us, the problem isn't just limited to FCA. These unnecessarily novel gear selectors are spreading like wildfire across the industry. Honda and Acura use a weird pushbutton setup. Lincolns have buttons on the dashboard. Jaguar's shifter electronically raises out of the center console. Mercedes uses a stalk with up-for-Reverse, down-for-Drive, push-for-Neutral arrangement. And what the hell is BMW thinking with its M cars? FCA has since abandoned the confusing shifters in question. The 300, Charger, and Grand Cherokee now use the rotary shift dial that's quickly proliferating across the company's brands. Simplistic gear selectors might not be sexy, but no one ever complained about not being able to find the right gear in a Hyundai Sonata. What's most interesting is that this NHTSA investigation could push FCA – and possibly other automakers – to redesign vehicle functions that otherwise operate as designed. Just because most people will never have a problem putting a Dodge Charger in Reverse doesn't mean there isn't a flaw with the design. But perhaps a more simplistic solution – good ol' PRNDL – would have prevented these issues from the start. Related Video: News Source: The Detroit Free PressImage Credit: Copyright 2016 AOL Government/Legal Chrysler Dodge Jeep FCA shifters

Man hits 153 mph on I-75 in Dodge Magnum

A man driving in Michigan took his 2005 Dodge Magnum practically to the limit in the wee hours of the morning on May 19 when the Michigan State Police caught him on radar going 153 miles per hour on Interstate 75 near Detroit. The 21-year-old driver was spotted around 3:00 AM, according to The Detroit News. Michigan State Police First Lieutenant Michael Shaw told Autoblog that officers initially saw the man on radar doing 79 mph in a 70-mph-zone, and they started following him. He eventually clocked 153 mph. However, First Lt. Shaw was clear that there was never a pursuit. "Speeding isn't necessarily a reason to put the public at risk," he said. The situation ended rather abruptly, though. The driver pulled off the interstate and behind a building. He remained in the vehicle, and police arrived and arrested him. According to First Lt. Shaw, the man was driving home from work and alcohol wasn't a factor. The Magnum has been impounded, and the driver was charged with reckless driving. Unfortunately, First Lt. Shaw said that he didn't know what engine was in the wagon, but as enthusiasts, we're curious. After all, the 2005 Magnum RT was governed to 130 mph and the SRT8 wasn't unleashed until 2006, which means either the wagon must've been derestricted to hit such high speeds or that police have the year wrong. We'll let you know if we figure that one out...