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Hackers arrested after stealing more than 30 Jeeps in Texas

This article has been updated with details on how the thefts were carried out, and with comments from FCA. It seems the news regarding vehicle hacking continues to get worse, especially when it comes to products from Fiat Chrysler Automobiles. Last year, a Jeep Cherokee in St. Louis, Missouri, was wirelessly hacked from Pittsburgh. Nissan had to shut down its Leaf app because of vulnerabilities. Now, a pair of hackers in Houston, Texas, stole more than 30 Jeeps over a six-month period. The two were arrested by police last Friday while attempting to steal another vehicle. ABC 13 in Houston reports that police had been following Michael Arcee and Jesse Zelay for several months but were unable to catch them in the act until now. The two were using a laptop to connect to and start a vehicle. The thieves were able to access Fiat Chrysler's own DealerCONNECT software. After entering the vehicle identification number, the hackers were able to reprogram the cars' security systems to accept a generic key, according to The Houston Chronicle. Additionally, Automotive News reports that FCA subsequently updated the terms of use for its DealerCONNECT program. These thefts were not related to the UConnect remote hacks from last year. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. In April, this surveillance video showed the theft of a Jeep Wrangler Unlimited. It was this footage that first led the police to Arcee and Zelay. The police began to follow and record the pair. That investigation eventually led to Friday's arrest. Both are charged with unauthorized use of a motor vehicle. In addition, Arcee is charged with felon in possession of a weapon and possession with intent to deliver a controlled substance. According to ABC 13, Homeland Security is investigating more than 100 stolen FCA vehicles that they believe were hacked using this method. After their theft, the vehicles were brought across the border to Mexico. FCA is currently conducting an internal investigation into the matter. After this article was posted, the company reached out to Autoblog, stating "FCA US takes the safety and security of its customers seriously and incorporates security features in its vehicles that help to reduce the risk of unauthorized and unlawful access to vehicle systems and wireless communications. FCA US has been cooperating with Houston Police Department since they first started the investigation.

2018 Dodge Challenger SRT Hellcat Widebody First Drive | Same snarl, more bite

By now, you've read a lot about the Dodge Demon, including our driving impressions from the drag strip. You've also heard a lot about the Challenger Hellcat, which we've had the pleasure of driving at Portland International Raceway, Willow Springs, and on our home turf of Woodward Avenue, both during the Dream Cruise and for an episode of AutoblogVR. Last week, Dodge and SRT invited us out to Indianapolis to sample the Demon, as well as the Durango SRT. Sandwiched between those two launches, however, was another distillation of Dodge's retro-cool coupe, the 2018 Challenger SRT Hellcat Widebody. The Widebody shares most of the guts of the standard Charger Hellcat, but went to the same cosmetic surgeon as the Demon. The Hellcat 6.2-Liter V8 with 2.4-liter-per-rev supercharger, producing 707 horsepower and 650 pound-feet of torque, is unchanged. It comes standard with a six-speed manual transmission, but our tester had the optional eight-speed automatic with steering wheel-mounted paddle shifters. It's 3.5 inches wider (look at those fenders!) than the standard Hellcat, though, which allows it to accommodate 20-by-11-inch "Devil's Rim" wheels. It shares its front splitter with the Demon, but retains the Hellcat's rear spoiler. The Widebody also features an electronic power steering system with selectable drive modes. It just slightly outperforms the standard Hellcat, as well, with better cornering grip, improved acceleration, and better braking (even though it shares the same Brembo brake package as the standard Hellcat). Dodge claims that the Widebody does the quarter-mile 0.3 seconds quicker, dropping it just out of the 11s to 10.9 seconds. 0-60 miles per hour drops from 3.5 to 3.4 seconds. Lateral grip increases by 0.04 G to 0.97 G on the skid pad. On the company's 1.7-mile road course, Dodge says the Widebody drops two seconds off its lap time compared to the standard Hellcat, finishing about 13 car lengths ahead. We spent our time with the Hellcat Widebody on the infield road course at Indianapolis Motor Speedway. Sliding into the car, the seating position is cozy and comfortable even with a helmet on, and we have no trouble adjusting our chair and steering column to ideal placement. The infotainment display shows us our drive settings for the next few miles: the transmission and suspension are in Track Mode, steering is set to Sport, with traction set to Street. We fire up the car with an instructor in the right seat, and head out of the pit lane.

Chrysler minivans under investigation for stalling after fuel refill

According to the National Highway Traffic Safety Administration, at least one man has reported that his 2007 Dodge Grand Caravan stalled unexpectedly on the highway shortly after being refueled. The unidentified man who contacted NHTSA regarding the issue cited as many as eight similar instances reported by other drivers.
NHTSA has announced that it will launch an inquiry into this issue, which could affect as many as 160,000 minivans from Dodge and Chrysler that were sold in 2007 (or more, if a problem is found that extends to additional models years, we'd assume). As of yet, there's no formal investigation, let alone a recall, on these vans, as the agency is merely determining if further action is needed.
Two months ago, Chrysler recalled nearly 700,000 vehicles, the majority of which were minivans, from the 2008-2010 model years to replace ignition switches after an investigation found that their weak springs and detent positions could fool a driver into thinking the car was in the "Run" position, when it's actually in the "Accessory" position.