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6k-mile 2001 Dodge Viper hits Bring a Trailer

I'm an unapologetic fan of the second-generation Dodge Viper GTS to the point where I keep my eyes peeled for nice examples of the final years of its production. This Bring a Trailer listing landed in my inbox when it went live Tuesday morning, and from the limited photos and information provided, it seems like a reasonably clean driver, rather than a museum-quality piece. For somebody who wants to experience a Viper that hasn't been beat on too extensively, this 6k-mile 2001 GTS may be just what you're looking for. Apart from the iconic launch model in white-over-blue, these later-year coupes represent some of the most desirable examples of the earlier Viper. Unlike the first few model years, they were equipped with anti-lock brakes. They didn't do much to improve the Viper's ultimate stopping capabilities, but at least they allow for a little more control at the limits of adhesion.  The later second-generation cars also benefited from suspension development that came out of Chrysler's factory racing program, and while a GTS isn't quite as track-ready as the hardcore ACR model, these later examples are certainly better suited to it than those from prior years. Their frames were also better-reinforced than those of earlier models.  The listing notes that the car shows some interior wear, and the paint seems less than pristine in the (admittedly low-quality) exterior photos provided by the seller, but by all accounts, everything on the car is original and in well-maintained, running condition. It has lived in California and Arizona for its entire documented life, and the underside is nothing short of immaculate.  Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Dodge restores Brass Monkey wheels to Challenger and Charger SRT Hellcat

For the first part of 2020, Dodge removed the option of its Devils Rim aluminum wheel design in Brass Monkey finish for the Hellcat-powered Challenger and Charger models. Mopar Insiders reports the wheels will return to the menu once Dodge starts production of its two muscle cars again, tidings to please forum members asking why they couldn't order the rims. The standard fit on the regular cars is a 20-inch Low Gloss Black Performance wheel, the options either a 20-inch Machined w/Granite Pocket wheel or a 20-inch Matte Vapor SRT aluminum wheel. On the widebody cars, standard fit is a 20-inch Carbon Black Aluminum wheel, one option being a 20-inch Warp Speed Granite wheel that's the same design as the Matte Vapor but with a different finish. The 20-inch Brass Monkeys are the second option on widebody versions of the Charger Hellcat and Hellcat Redeye, replacing the 20-inch Matte Vapor SRT Aluminum rim available on the non-widebody.   Those choices are on the Dodge configurator. At the time of writing, what's missing from the online tool are the Brass Monkey options for the standard Challengers and the Charger Hellcat Widedody models that MI says are coming. The wider versions of the Challenger Hellcat bolt on a set of 20-inchers that are 11 inches wide; we're told the standard cars will offer Brass Monkey rims in 20 x 9.5 inches. The Charger Hellcat only comes in two widebody versions, so it should get the 20x11-inch Brass Monkey wheels, but the options haven't showed up on the configurator. The sole choices at the moment are the Carbon Black Aluminum and Warp Speed Granite wheels. The other difference to note is that wheres the optional wheels on the Challenger all cost $1,095, the Charger's upgrades cost $1,295. Whenever production begins in Brampton, Ontario, again, the coveted wheels will bring another extra with them: Exterior badges done in a Black and Dark Bronze finish. Related Video:    

Playing in the snow | 2017 Dodge Challenger GT First Drive

The previous day was miserable. An icy rain fell over Portland, Maine, coating the pavement and making even walking a chore. Driving a muscle car like the Dodge Challenger seems ill-advised. But this is exactly the weather Dodge hoped for, because we're here to test the new all-wheel-drive 2017 Challenger GT. The morning of our test drive dawns sunny and cold. The remnants of a late January nor'easter now past, we nonetheless steel ourselves for a day of unruly roads. Stepping into an inch of slush, we open the huge door, climb inside, and nestle into the heavily bolstered driver's seat. Immediately comfortable, we know the Challenger well. It's an old friend. Late in life, it's finally finding stability. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Heading onto the Maine turnpike, we're struck by the Challenger's poise. All-wheel drive civilizes the coupe's brutish nature. We confidently navigate the first on-ramp – still wet from the storm – and merge onto the highway. A rear-wheel-drive car would come unsettled here, yet this Challenger's 19-inch wheels wrapped in all-season Michelin rubber are not disturbed. At the very least, the specter of tire spin would have made us overcautious. All-wheel drive doesn't morph the Challenger into a Subaru Outback, but it does make the Mopar a realistic year-round option for buyers north of the Mason-Dixon line. Dodge arrived at this conclusion after some introspection. The Challenger and its sibling the Charger sedan are usually cross-shopped with each other, and design is often the deciding factor. With Charger AWD sales remaining strong (in 17 Northern states at least 50 percent of Chargers are sold with the system), not offering an all-wheel Challenger leaves money on the table. Ben Lyon, Challenger brand manager, says the common refrain was, "I would have bought a Challenger, or I would have bought a two-door muscle coupe, if it was available with all-wheel drive." View 50 Photos Naturally, the Dodges share an AWD system, which has an active transfer case and the ability to disengage the front axle, making the Challenger a rear-wheel-drive car in certain conditions to help save fuel. Ambient temperature, wheel slip, Sport mode, passing situations, and the driver's behavior can trigger the all-wheel capability.