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New Viper 'is a possibility,' Sergio Marchionne says

It was thought the door to the future for the Dodge Viper had closed last year, but Fiat Chrysler CEO Sergio Marchionne reopened it during his press conference at the 2016 Detroit Auto Show. Marchionne said the current Viper is the only FCA product to use the ZD platform, which "doesn't make sense to me." Yet, "given the architectural development within the brand, there is a possibility that a new version of the Viper may surface." Automobile reports that the company uses a versatile, rear- and all-wheel drive Giorgio platform for Alfa Romeo and Dodge. It will support the Alfa Romeo Giulia (Alfa Romeo's larger BMW 5 Series competitor), the next-generation Dodge Challenger, Charger, and rumored Barracuda, and it could support a new generation of Viper. We're probably talking about a different kind of Viper, though, with Automobile saying, "the current car's truck-based V-10 no doubt would be scrapped along with its platform." A Viper without a V10 doesn't seem like a Viper to us, but we'll wait to see what happens. In the midst of contract negotiations for a new labor agreement between FCA and the United Auto Workers last year, it emerged that the Conner Avenue Assembly plant that builds the Viper hadn't been given any new product after the end of Viper build-out in 2017. That led most to reason that the current Viper would be the end of the 25-year run of America's hairiest sports car. How long we'll be waiting is unknown. Marchionne had no timetable and admitted that a future Viper might not appear on the heels of the current one. With a renewed commitment to being debt-free by 2018, FCA is likely more focused on getting Alfa Romeo running properly and cranking out the volume variants for the Giorgio platform first. Related Video: Featured Gallery 2014 SRT Viper GTS: Review View 36 Photos News Source: Automobile via World Car FansImage Credit: Copyright 2015 Drew Phillips / AOL Detroit Auto Show Dodge Coupe Performance Sergio Marchionne FCA conner avenue assembly plant

MotorWeek proves '90s were awesome with Supra, Stealth, RX-7, Corvette, 968, 300ZX comparo

Oh, the heady days of 1993, back when the Clinton Presidency was just getting underway, and it seemed like every hot new rock band was coming out of Seattle. Sports cars in the US had finally shaken off the shackles that slowed them during the '70s and '80s, and you could buy any number of legitimately quick vehicles again. MotorWeek recently went digging into its archives to find this six-model test from 1993 showing off some of the best semi-affordable performance coupes that money could buy at the time, and it's priceless.
Featuring the 1994 model year Toyota Supra in twin-turbo guise and MY 1993 versions of the Porsche 968, Nissan 300ZX TT, Mazda RX-7, Dodge Stealth R/T Turbo and Chevrolet Corvette LT-1, MotorWeek definitely covered all of the bases. One thing that might surprise younger readers is these cars' performance. The video only provides 0-60 acceleration times, but several of these vehicles would still be considered pretty potent today - over 20 years since going on sale. The Supra is especially impressive, hitting 60 miles per hour in just 5 seconds. Even today, that's nothing to sneeze at.
Given their performance potential and still-attractive looks, it's amazing that some of these coupes are old enough to drink now. The progress of interior design and safety equipment in the intervening years is pretty shocking, though. In most of these models, having two airbags is touted as a big deal. Scroll down to watch a Throwback Thursday blast from the past about some of the '90s best sports cars.

Mopar unveils Dodge Challenger Drag Pak [w/video]

Dodge is going drag racing, and it's doing it with an all-new version of the Challenger for NHRA's Sportsman class. FCA's Mopar parts and performance arm announced the new Challenger Drag Pak Friday, showing off a version with a 354-cubic-inch (that's a 5.8-liter, by the way), supercharged V8 and a 426-ci (7.0-liter), naturally aspirated V8 – both Hemis, of course – that can get the big coupes through the quarter-mile in "the eight-second range." While the two engines deliver similar performance, at their base, they're quite a bit different. The supercharged model uses a cast-iron block, while the 426 has aluminum for both the block and head. That said, both models get customized engine calibrations, and are mated to unique, race-spec automatic transmissions. But drag racing is about far more than just outright power. Mopar significantly updated the four-link rear suspension, adding a four-inch rear axle from Strange Engineering, along with an aluminum, nine-inch third member, while the rear-axle housing has been strengthened in general. Both the rear shocks and front struts can be adjusted for rebound and compression, too. Lightweight 15-inch wheels, meanwhile, are shod in super-sticky Hoosier drag radials, with nine inches of tread in back and 4.5 inches in front. The new Challenger Drag Pak should run the quarter-mile in "the eight-second range." In the cabin, there's an NHRA-spec roll cage, a Racepak gauge cluster, and a handsome pair of Sparco racing seats. Outside, supercharged models get blue decals, while naturally aspirated varieties get black stickers, although there's more to the new Challenger dragster's exterior than just its decals. Mopar tweaked the big-scoop hood, promising it's easier to get up to check on the engine, and the designers also added trailer tie-down straps in both the front and rear. While the dragster was the big news today, Mopar officials also announced the two enhanced Scat Pack kits for both the Dodge Charger and Challenger R/T. The 5.7-liter Hemi models gain an extra 56 horsepower and 30 pound-feet of torque in the Scat Pack 2 thanks to a new cam, valve springs, pushrods, and gaskets. The Scat Pack 3, meanwhile, adds 75 hp and 44 lb-ft, on top of the gains from the lower packages. That should be perfect for drivers who wish to snort in the face of their SRT 392-driving friends. The third stage adds a ported cylinder heads, as well as high-flow manifolds and catalysts.