Background
If ever a car embodied the good ol’ boy American muscle car mantra of “There’s no replacement for displacement”, it’s this one.
Under the bonnet, sorry, hood, you’ll find the equivalent of 16 Fiat Cinquecento engines.
Let’s take a moment to consider that.
OK.
A modern Porsche 911 Turbo has a post-graduate degree in theoretical physics, enjoys Coldplay and insists upon soya milk in its skinny caffè latte.
A Viper GTS, on the other hand, has a Lonsdale belt, a Motörhead tattoo on its neck, and drinks Jack Daniels for breakfast.
Let’s put it another way.
Yes, you could cut down a tree remotely, using some fancy algorithms and a finely-tuned laser, but wouldn’t it be more fun to run at it screaming, wearing a Viking helmet and wielding a mahoosive double-headed axe?
Dodge certainly thought so when the Viper made its auto-show debut in 1989, following discussions between Chrysler boss Bob Lutz and Cobra-creator Carroll Shelby.
Without doubt, a large part of the Viper's 'back to basics' appeal stemmed from its unique selling point: the vast and powerful 8-litre V10 engine, developed with the invaluable input of the then Chrysler-owned Lamborghini, under the supervision of a ‘Chief Power Engineer’ with the pretty much unbeatable name of Dick Winkler.
Despite being unashamedly 'low-tech', the V10 churned out 400bhp and a brutal 450lb/ft of torque at a lowly 3,600rpm, figures which the 3,280lb Viper translated - via a six-speed manual gearbox - into a 0-100 km/h time of 4.7 seconds and a top speed of 265 km/h.
1996 marked a seismic shift in the evolution of the Viper, with the GTS model featuring all-new closed coupé bodywork.
The ‘double bubble’ roof and fastback design were an obvious homage to the sports cars of the past and combined to give the car a suitably aggressive profile.
Beyond the updated exterior, it was a top to bottom re-engineering of the mechanicals, with fewer than 10% of the RT/10 roadster’s components carried over to the new car.
Highlights included a power hike to 450 bhp, aluminium suspension components, greatly increased structural rigidity and a significant reduction in weight.








