Rare Dodge Coronet 500/440 on 2040-cars

Auto blog

Dodge Charger SRT Hellcat in the works

In Autoblog's recent First Drive of the 2015 Challenger SRT with the 707-horsepower Hellcat V8 we found its engine to be as brutally powerful as the numbers would suggest, even if it wasn't the best handler. However, the muscle-car-styling just isn't right for some buyers that need four doors and proper rear seats to haul around the family. It appears that Dodge has their backs, though, because the Hellcat is very likely on its way into the Charger in the near future. Imagine the looks on your passengers' faces when you stomp down on the throttle.
According to Road and Track, when Dodge submitted the Hellcat for engine power certification to the Society of Automotive Engineers, the company included the Charger on the paperwork. That showed that the automaker wanted the engine checked out for the sedan, too. R&T reckons the 707-hp Charger would hit the road about a year from now, clearing the Challenger for a year of exclusivity with the powerplant.
When the Charger SRT Hellcat does hit the road, it may carry a very special accolade. Assuming nothing beats it in the meantime, it might be the world's highest horsepower production sedan. Think on that for a second. Even a Mercedes S65 AMG only has 621 horsepower, though a good bit more torque at 738 pound-feet to the Dodge's 650 lb-ft. So while the beastly engine is getting put into other models, where else would you like to see it? The Ram? Grand Cherokee? Let us know in Comments.

Dodge and Jeep recalling 895k SUVs for possibility of headliner fires

Dodge and Jeep are announcing recalls of a total of 895,000 Durango and Grand Cherokee models worldwide from the 2011 through 2014 model years. There's a possibility that the wiring in the sun visor can short circuit and cause a fire. It specifically affects vehicles built between January 5, 2010, and December 11, 2013, and there are approximately 651,000 of them in the US, 45,700 in Canada, 23,000 in Mexico and 175,000 outside of North America.
Screws that fasten the sunvisor to the headliner may pierce wires in the visor, if the part has been removed or serviced, potentially causing a fire risk. If the wires short circuit, they could overheat and potentially combust. The automakers report three injuries caused by this defect, and according to the investigation by the National Highway Traffic Safety Administration, "there may be a total of 52 unique fire incidents."
To fix the problem, Dodge and Jeep will inspect the vehicles for suspect wiring, and all of the models, whether damaged or not, will get a new sun visor spacer with a wire guide to stop the possibility of short circuits. According to the automakers' announcement, "this condition is not present in vehicles which have not had the headliner or vanity mirror serviced." They will notify affected owners, and repairs will begin in August.

Are you the Dodge Dart SRT4?

Dodge has just confirmed that it will be bringing its newest Dart variant, the Dart GT, to Detroit next week, but we're still in the dark about when we'll see a truly hotted-up SRT4 version. But now, by way of the rumormill anyway, we've got at least one proposed, potentially Dodge-based rendering to light our way.
Seen here is what would appear to be a design sketch of the SRT4 Dart. Obviously the image that has surfaced is of rather low-resolution, but there's at least some evidence to support that it may be legitimate. In the original picture, one can just make out the name Tim Doyle in the lower right corner. As it turns out, Tim Doyle's name is also watermarked on the final design image for the 2011 Dodge Durango Citadel Black & Tan, a model that was shown at SEMA in 2010.
Of course, even if this really is the work of Doyle, there's nothing to say that this image isn't one of a great many potential looks for the future SRT4. In fact, the departure of the cross-hair grille from the Dodge's nose seems like it could be a hard sell, though we do, naturally, dig the sleek hood scoop and the bulked up wheel/tire combination.