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Texas student drives Barbie Jeep to school after DWI

A Texas college student who lost her license when she was charged with a DWI this spring found a creative way of getting around campus. Tara Monroe, 20, is a student at the University of Texas at Austin. She had her driver's license automatically suspended when she refused a breathalyzer test after leaving a Waka Flocka concert on March 4. He dad took her car away and left her with a bike. But that just wasn't classy enough for Monroe. "Riding a bike around campus sucks," she told MySA.com. "Like really sucks." She searched Craigslist to find an alternative and settled on a bright pink Fisher-Price Barbie Jeep Power Wheel toy to help lug her stuff around campus. She named it after the original owner, a little girl named Charlene. The unorthodox ride has turned Monroe into a minor celebrity. Pictures of her slowly making her way around campus in the toy car have been popping up on social media. "This is the best way I could have gotten my 15 minutes of fame," she said. "Basically, it was the best decision I've made in college, yet..." The Barbie Jeep has a 12-volt battery and only goes about five miles per hour. Monroe says she loves the attention she is getting from her immature hijinks. If you enjoy the sight of adults crammed into Power Wheels check out our attempt to cruise around the Autoblog office in a tike-sized Ford F-150. News Source: mySA.com Humor Weird Car News Jeep Driving Electric Videos college power wheels student barbie

Updated 2014 Jeep Grand Cherokee ace same controversial moose test it failed in 2012 [w/video]

Some background: one of the more scandalous international incidents of he-said/he-said from 2012 was when Swedish magazine Teknikens Varld put the Jeep Grand Cherokee through its "moose (or elk) test" and reported that the SUV nearly rolled over. That lead to a whole lot of accusations and rebuttals: more than one website and Chrysler's own blog reported that the Jeep was overloaded; Chrysler said Teknikens printed the magazine then let Chrysler respond, Teknikens answered all of the charges in a lengthy post and said Chrysler was given a chance to comment before it went to print; when Chrysler sent investigators to oversee the test and the Jeep didn't go up on two wheels as it did in the first test, furthermore all four wheels stayed on the ground when Auto Motor und Sport tested a Grand Cherokee in the same way.
Teknikens then re-ran the test with a new vehicle and said it's been doing this test since the 1970s, uses the loading information that Chrysler provides to the Swedish motor authority and the previous Grand Cherokee passed with no problem. In the second test, the Jeep failed again, then it gave Chrysler engineers access to the car's electronics and ran the test again. In that second round the Grand Cherokee didn't repeat the lurid two-wheel action, but in eleven runs it blew out front left tire seven times. Chrysler still objects to the results of all of those tests and maintains that vehicle was safe.
The 2014 Grand Cherokee was given its shot at the gauntlet in the latest round of moose tests, and Teknikens Varld reports that it passed without any problem at all, its stability control working perfectly, controlling motion at low speeds and all the way up to 44.1 miles per hour. You can watch the video of the new test and read the press release from the magazine on the updated Grand Cherokee below.

Chrysler, Nissan looking into claim that their cars are industry's most hackable

A pair of cyber security experts have awarded the ignominious title of most hackable vehicles on American roads to the 2014 Jeep Cherokee, 2014 Infiniti Q50 and 2015 Cadillac Escalade.
Charlie Miller and Chris Valasek are set to release a report at the Black Hat hacking conference in Las Vegas, Automotive News reports. The two men found the Jeep, Caddy and Q50 were easiest to hack based not on actual tests with the vehicles, but a detailed analysis of systems like Bluetooth and wireless internet access - basically, anything that'd allow a hacker to remotely gain access to the vehicle's systems.
Considering this lack of hands-on testing, the pair acknowledge that "most hackable" could be a relative term - they point out that the vehicles may actually be quite secure.