2006 Dodge Charger Srt8 Sedan 4-door 6.1l on 2040-cars

Auto blog

Jay Leno's 426-powered 1966 Dodge Coronet 500 is simple and simply fun

This week on Jay Leno's Garage, the man in denim presents one of his most subdued-looking cars, a 1966 Dodge Coronet 500. Despite that, it's one of his favorites. As he shows, the car is nearly free of any unnecessary options, excepting bucket seats and a console shifter. At least those are the only visible options, since the original owner also opted for the massive 426 cu. in. Hemi V8. What Leno really likes about the car is the honking huge V8 combined with the car's simplicity, especially the lack of frivolities like scoops, stripes, and wings. It's finished in a low-key, dark metallic green, and has plain-Jane "dog dish" wheel covers. The one downside to the vehicle is the lack of stopping and turning ability, Leno says, which is not surprising considering the four-wheel drum brakes and lack of power assist. And keep in mind, the Coronet is not a small car. Still, it's a mean green machine, and it sounds great. Leno also demonstrates the engine's capability to chirp the tires going into second gear, despite having a three-speed automatic and a relatively tall 3.23 rear axle gear ratio. Check out the video above to get the whole story and to hear rumbling V8 noises. Related Video:

2016 Dodge Charger and Challenger SRTs look juicy in Go Mango

The 2016 Dodge Challenger and Charger SRT models are ready to go with newly available Go Mango orange paint. The carrot-like shade is the latest in the brand's long line of vibrant, throwback colors like Plum Crazy purple and Sublime green. Dealers can start order the bright hue right now. Dodge originally introduced Go Mango on the 1970 Challenger and also offered the color on the 2006 Charger R/T Daytona and 2016 Dart. Now, it's available on the SRT 392 and Hellcat models. The orange shade highlights the vehicles' lines well and looks especially good with black stripes running from the front splitter to the rear bumper like in these photos. There's no way to blend into traffic in such a vibrant muscle car, so this hue is for extroverts only. Last year at the Woodward Dream Cruise, Dodge brought back Plum Crazy on most Challenger and Charger models. The deep purple is a nice enough color, but Go Mango seems like a better fit for the SRT's performance-oriented demeanor. Related Video: Go Mango: Dodge Launches Modernized Exterior Heritage Color for 2016 Challenger and Charger SRT Muscle Cars Dodge continues to answer enthusiast demand with the latest heritage-inspired exterior paint color Dealers can begin ordering Go Mango immediately on Charger and Challenger SRT models March 14, 2016 , Auburn Hills, Mich. - "Plum Crazy" purple, "B5 Blue" and "Sublime" green Dodge Charger and Challenger muscle cars have recently been streaming out of the FCA US Brampton Assembly Plant, bringing a sense of nostalgia and powerful bursts of high-impact paint color to highways and dragstrips across the country. Now, new for spring 2016 and shown for the first time this past weekend at the 11th annual Spring Festival in Irvine, Calif., Dodge is expanding its color palette with a new, modernized version of Go Mango exterior paint on 2016 Dodge Challenger and Charger SRT models. Dealers can begin ordering Go Mango immediately. Go Mango was first introduced by Dodge on the iconic 1970 Challenger. Following a limited production run in 2006 on specific Charger R/T Daytona models, and more recently featured on the 2016 Dodge Dart, the next generation of the legendary and limited-edition exterior hue combines orange and red tones into a high-impact color that showcases the legendary Dodge performance attitude.

FCA seeks partner to keep building Dodge Dart, Chrysler 200

Mere weeks after FCA announced it was shutting down production of the Dodge Dart and Chrysler 200, new hope emerges to give the sedans a stay of execution. Speaking at the Geneva Motor Show last week, Sergio Marchionne said that the company was looking for a partner "who is better at it than we are and who has got capacity available" in order to continue building the models on its behalf. "There are discussions going on now," said Marchionne, according to Motor Trend. "I think we will find a solution. We continue to talk. It's both a technical solution and an economic one. We need to find a solution that works economically." Contracting vehicles to be manufactured offsite is more common practice among European automakers than it is with American ones. Chrysler's former patron Mercedes, for example, has the G-Class built for it by Magna Steyr in Austria, the A-Class by Valmet in Finland, and the R-Class by AM General in Indiana (even though it's no longer sold in the US). This arrangement would, on the surface at least, appear more similar to the deal that Toyota struck with Mazda to build the Scion iA, drawing on the contractor's expertise and capacity to build the small sedan on the client company's behalf. Only rather than basing a new model on one of the partner's existing ones, this deal would ostensibly continue building FCA models on FCA platforms using FCA components. We'll have to wait to find out with whom FCA strikes up the manufacturing deal, but we wouldn't be surprised to see Marchionne turn to a partner he already knows. The company is, after all, at the center of an intricate web of joint ventures and manufacturing contracts. The Fiat 124 Spider, for example, is built by Mazda. The Fiat Sedici that preceded the 500X was built by Suzuki. Models like the Dodge Stealth and Eagle Talon were built in Illinois at the Diamond-Star Motors joint venture before Mitsubishi took it over altogether. And Dodge continued selling the Mercedes-made Sprinter long after DaimlerChrysler split. The Ram ProMaster, though built by FCA in Mexico for the North American market, stems from a partnership in France with PSA Peugeot Citroen. And the ProMaster City is built in a joint-venture plant in Turkey, from which it's also sold by GM as an Opel in Europe and a Vauxhall in the UK. With all those deals coming and going, after all, what would one more add to the complexity?