2008 Dodge Charger Se Sedan 4-door 2.7l on 2040-cars

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Hennessey's Dodge Challenger Hellcat cranks out 1,032 hp

Enthusiasts know the Dodge Challenger Hellcat produces 707 horsepower. It's one of the modern muscle-car era's iconic numbers. But for some, that's not enough. Enter Hennessey Performance. The Texas tuners loaded the Hellcat with a twin-turbocharger that works with Dodge's supercharger to boost output to 1,032 hp and 987 pound-feet of torque. Yes, that's an engine dyno rating, not at the rear wheels, but still! It's a little more complicated than a bolt-on booster. Called the HPE1000, the turbo kit has stainless steel headers and down pipes, billet aluminum compressor wheels, and a high-flow air system. There's also an an improved fuel pump, and the engine and chassis are specially calibrated. You also get numbered plaques signed by John Hennessey himself and the engine tech who builds your mill. All of this helps get your Hellcat to 60 miles per hour in 2.7 seconds, and it can do the quarter mile in 9.9 seconds at 142 mph. The Hellcat and it's 6.2-liter blown Hemi V8 are not for the faint of heart. Hennessey makes this Dodge downright demonic. Related Video: Related Gallery 2015 Dodge Challenger SRT Hellcat View 23 Photos Image Credit: Hennessey Performance Dodge Coupe Performance

Dodge Viper might not live past 2017

The Dodge Viper might be running out of venom because the muscle-bound sports car could be on the road to being cancelled in just a few years. According to Allpar, the proposed deal between the United Auto Workers and FCA US would close the Connor Avenue Assembly plant, which produces the Viper, in 2017. The proposed union contract doesn't give a reason for closing the factory, but the decision is understandable if frustrating. The plant was idled twice last year to reduce production of the Viper to match flagging demand. A $15,000 price cut for the coupe eventually allowed for a sales surge, but that appetite hasn't continued in 2015. From January through September of this year, the company has only moved 503 of the sports cars, down eight percent. To further spur demand, Dodge has employed a few other tactics like the 1 of 1 program for buyers to personalize their Vipers, and the introduction of the brutally track-focused ACR. In a world where high-end sports cars are continuing to get friendlier for both their drivers and the environment, the Viper remains a holdout with a big, naturally aspirated V10. Even with the addition of some electronic aids on the latest Vipers, the snake still demands respect from those behind the wheel. Respect is fine, but sales are what matter to FCA – and the harsh reality is that a lack thereof might force the Viper into retirement, whether we like it or not.

Dodge Charger Hellcat hitting 60 in 2.9 seconds on drag radials?

The Dodge boys and their cousins from SRT have shoehorned the same 707-horsepower, 6.2-liter supercharged V8 into both the Dodge Challenger and Charger. The former being a two-door, it's lighter than the latter four-door sedan. So it would stand to reason that the Dodge Challenger SRT Hellcat would be the quicker of the two, right?
Only that's not necessarily proving to be the case. On stock rubber, yes, the coupe beats the sedan: Dodge quotes a 0-60 time of 3.7 seconds for the Charger SRT Hellcat and 3.5 for the Challenger. Same gap across the quarter-mile: 11 seconds flat for the Charger versus 10.8 seconds for the Challenger. But according to recent reports, the story changes when you put both on drag radials.
While visiting Chrysler HQ in Auburn Hills, MI, TorqueNews.com caught wind of performance figures for the Charger Hellcat on drag tires: 0-60 in a mind-blowing 2.9 seconds and a quarter-mile in just 10.7. The latter figure just barely pips the Hellcat-powered Challenger's NHRA-certified figure of 10.8, making the Charger not only the fastest sedan on the market, but also the fastest muscle car. What isn't immediately clear, however, is whether the drag radials in question have any tread on them and are street-legal, or if they're pure slicks confined to a closed strip.