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NHTSA is investigating FCA shifters for roll-away accidents again, this time the rotary units

It seems FCA's shifter troubles aren't over yet. Now, just a few months after issuing a recall to resolve user-related issues with its monostable shifters, the company is again under investigation by NHTSA. The issue is related to the potential for cars to roll away when the rotary-style shifter is not properly placed in park. Two FCA models are the subject of this investigation: the 2013–2016 Ram 1500 and the 2014–2016 Dodge Durango. NHTSA estimates about 1,000,000 vehicles would be affected if a recall is issued. The investigation was started following 43 complaints of vehicles rolling away while supposedly being in "park." Among the complaints were reports of 25 crashes and 9 injuries. NHTSA does point out that in every incident, the parking brake was not engaged. A representative from FCA also gave us an official statement regarding the investigation: "FCA US is cooperating fully with NHTSA's investigation, the scope of which is limited. Other vehicles equipped with rotary shifters are not included. In accordance with prudent practice, the Company joins NHTSA in urging all drivers to use their vehicles' parking brakes." View 35 Photos As mentioned above, other Chrysler products with rotary shifters, such as the Pacifica minivan and 200 sedan, are not involved in this investigation. One of the key differences, as the representative told us, is that these vehicles have electronic parking brakes that automatically engage if the driver does not select park and then opens the door with the seatbelt unbuckled. The Ram 1500 and Durango feature mechanical, manually operated parking brakes and therefore cannot activate the brake automatically. Because this is currently an investigation, an exact cause for the incidents has yet to be determined, and none of the vehicles have been recalled. It's possible there could be a mechanical defect. However, the issue could be a confusing interface causing user error, as was the case with FCA's monostable shifters, where drivers think they've put the car in park but actually haven't. Something that indicates it could be a case of confused users is that NHTSA also opened an investigation into 2012–2014 Jaguar XF and Land Rover Range Rover Evoques for similar issues. Both vehicles use a rotary shifter and have had roll-away complaints levied as well. Even if it is a case of user error, FCA and Jaguar Land Rover may still have to recall their vehicles.

Dodge rolls out Shaker package for 2015 Challenger

Having an awesome Hemi engine under the hood can deliver impressive performance, but for those who lament not being able to see that big V8 engine doing its thing, hidden away under the hood, Dodge offers the Shaker hood on its Challenger muscle car. And it's just released the option for the updated 2015 model. Now available on two engines and three trim levels – including the Challenger R/T and R/T Plus with the 5.7-liter V8 and the 6.4-liter Challenger 392 – the new Shaker hood brings cold air into the engine compartment and lets everyone see that V8 (or at least an appendage thereof) shaking away in plain view. Arriving 45 years after the original Shaker Challenger, the package includes a satin black hood scoop, cold-air intake, conical air filter and optimized air box, along with Shaker graphics inside, out and under the hood. The 2015 Dodge Challenger R/T Shaker and R/T Plus Shaker are available to order now, priced at $35,495 and $38,495, respectively (plus a $995 destination charge), and come bundled with the Super Track Pak. Order books open in March for the 392 HEMI Shaker, which also comes with the Scat Pack, for $42,495 (plus destination and $1,000 gas-guzzler tax if equipped with the manual transmission). Dodge is Shaking Up the Muscle Car Segment Again; Opens Orders for New 2015 Challenger 'Shaker' Models Dodge Celebrates 45 Years of Its Functional "Cold-air Grabbing" Hood Scoop That "Shakes" With the Legendary HEMI® V-8 Engine's Movement - Back by enthusiast demand, Dodge returns the "Shaker" to the Challenger lineup – now expanding the functional cold-air induction hood scoop on two HEMI V-8 engines and three performance-packed models - "King of the Shakers" – all-new 2015 Dodge Challenger 392 HEMI Scat Pack Shaker combines the ultimate combination of 485 best-in-class horsepower and legendary Dodge heritage cues with a functional Shaker hood - Dodge Challenger R/T Shaker and R/T Plus Shaker models feature the legendary 5.7-liter HEMI V-8 engine with unique hood and intake design combined with a functional exposed-element cold-air intake system - New 2015 Dodge Challenger R/T Shaker and R/T Plus Shaker are available for ordering now, with the 392 HEMI Scat Pack Shaker model available for customer orders in March February 13, 2015 , Auburn Hills, Mich.

Watch dual-engined Dodge SRT4 do a FWD burnout, a RWD burnout, then AWD launch

There's something fantastically insane about racers who go out on their own and build something unique. Just take this crazy video from last year of a twin-engine Dodge SRT4 at a drag strip that can burn the rubber at either end – or both ends – at a moment's notice. With tires sticking out way past the fenders, a massive cooling system at the front and no back window to speak of, this Dodge is clearly meant solely for speed. Though it's real party trick is being able to spin the front or rear wheels independently. The setup makes for three quite showy burnouts. When it came time to actually get down the track, things got somewhat awkward. Like other twin-engine creations we've seen, the separate powertrains make for some odd sounds and a weird look launching down the strip. Still, there's no doubt that the engineering behind this Frankenstein is very impressive. Scroll down to see this monster in action and another of it in a very mismatched race last year. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.