1994 Dodge Viper Base Convertible 2-door 8.0l on 2040-cars

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Stellantis reveals STLA Large platform with EV and ICE support

Hot on the heels of a Jeep Wagoneer S teaser and photos of the prototype next-generation Dodge Charger (or Challenger), comes a reveal and details of what will likely underpin both of them: the STLA Large platform. It's one of multiple Stellantis flexible architectures that will be the basis of its upcoming electric cars, and apparently internal combustion ones, too. Stellantis says the STLA Large platform will be for D- and E-segment cars, crossovers and SUVs. In other words, it will be for midsize and large vehicles. For reference, lengths supported will be from 187.6 to 201.8 inches, and width will range from 74.7 to 79.9 inches. It will be highly flexible, too, with Stellantis claiming significant amounts of adjustability in overhangs, wheelbase, suspension placement and powertrain arrangement. The powertrain flexibility is quite impressive. Front-, rear- and all-wheel-drive layouts will be supported. Single- and dual-motor layouts will be on offer. Internal combustion will be available, too, either on its own or as a hybrid. Apparently engines can be fitted either longitudinally or transversely, too. Battery packs with between 85 and 118 kWh of capacity will be offered, with Stellantis claiming that sedan-style vehicles could have a range of up to 500 miles. The packs will also be available in 400- and 800-volt designs. Stellantis noted also that the platform can "easily accept future energy storage technologies when they reach production readiness." This seems to hint that the company is looking at different battery chemistries and maybe even solid-state batteries that could be added more easily in the future. Furthermore, the platform is designed to handle impressive output. Stellantis says that some models on the platform will have 0-to-62 mph times in the 2-second range. Limited-slip differentials for improved power delivery and wheel-end disconnects for reduced mechanical drag are also on the table for this platform. All of these details fit well with the information previously given for the concept Dodge Charger Daytona Banshee and Jeep Wagoneer S. The former was previewed with both battery voltage architectures and a wide range of electric powertrains with between 456 and 670 horsepower depending on specification and upgrades. And that's just for the 400-volt system; the 800-volt option wasn't detailed. We've also seen photos of the Charger chassis seemingly with provisions for gas engines, likely versions of the Hurricane I6.

Dodge Viper returning to Le Mans this year?

If you were among the fans disappointed by Chrysler's recent decision to end the Dodge Viper's racing program, we may have some good news for you, as the racing outfit behind the campaign is reportedly working to bring the American supercars back to Le Mans this year. That racing outfit is Riley Technologies, a constructor perhaps best known for its Daytona Prototypes, but it has also prepared its share of GT racers, too. Chrysler charged Riley with leading its racing program for the new Viper GTS-R, campaigned it in the United SportsCar Championship and the 24 Hours of Le Mans. Auburn Hills made the unfortunate decision back in March to pull its Vipers out of Le Mans, and then in October to withdraw from the US series, as well, thereby effectively ending the program altogether. Disappointed though it surely was, Riley remains defiant. The North Carolina-based company is planning on taking the existing Vipers back to Le Mans on its own, with or without factory support. The Viper has, after all, proven a capable machine, having taken both the drivers' and teams' titles in the United SportsCar Championship this past season. "With Le Mans, every driver and every manufacturer needs to have their first trip there, and it isn't always what you want it to be, but we did show reliability and did have some pace," Bill Riley told Racer.com. "Since then, we've worked hard on the cars, they're now strong, front-running cars in the US, and we're working with the ACO on the BoP to make sure the cars are strong at Le Mans. They're super-reliable and fast, and we'd expect to be right in the mix with the other cars." Riley has kept the existing support staff in place, and once it secures its driver lineup and sponsors, chances look good that it could represent America well at Le Mans this year in either the GTE Pro or GTE Am class. Its predecessor did, after all, complete a three-year winning streak that saw it dominate the GTS class right up until its withdrawal in 2000. News Source: Racer.comImage Credit: FCA Motorsports Dodge Coupe Racing Vehicles

2018 Dodge Challenger SRT Demon First Drive | Don’t fear the Demon

"If you're not hurt, we'll be really pissed. If you are hurt, we'll still be pissed, but not quite as pissed." These are the words from Jim Wilder, the vehicle development manager of the 2018 Dodge Challenger SRT Demon, that echo through our head as we slide behind the wheel of the car for the first time. He was warning us about driving beyond our abilities, and keeping the car out of the wall. With 840 horsepower and 770 pound-feet of torque on tap from its supercharged, 6.7-liter V8, the Demon does 0-60 miles per hour in 2.3 seconds, and 0-30 mph in a second flat. If something does go wrong, it'll happen quickly. Following that talk, we had our guts sloshed as a passenger in a blurry eighth-mile run, giving us a taste of the G forces (the Demon can pull 1.8 G in a straight line) we'd feel when we got in the driver's seat for our own pass down the drag strip. We're already sweating. It had rained - you could describe it as torrential - the day before. The grassy parking areas surrounding Lucas Oil Raceway were still flooded, but any water on the pavement had evaporated and hung in the air. Combined with the heat, we were sticky and uncomfortable. In Drag Mode, the Dodge Demon's air conditioning turns off. Any condensation that it could leave on the track would be a problem, plus we need to reduce parasitic power losses for a faster run. The system is still working, though, the refrigerant diverted to the chiller system cooling the air coming into the engine. There's still condensation, but the Demon collects it on a catch pad to keep it from ending up on the pavement. We're also required to roll the windows up when entering the drag strip. For one thing, it helps keep the smoke out of the cabin during the pre-staging burnout. So, yeah, it's hot as Hell in the Demon. We pull through the water box and run through the sequence – which involves holding the "OK" button on the steering wheel usually used to navigate menus, and applying a specific amount of brake pressure before getting on the throttle to initiate the burnout. This gets any crud off the rear tires and heats up the rubber. There are multiple ways to launch the Demon. We had an instructor sitting in the passenger seat as we pulled up to the beams that trigger the Christmas tree at Lucas Oil Raceway. He walks us through the most complicated of the three he had explained to us just minutes before when we were in the passenger seat.