2020 Aston Martin Vantage on 2040-cars

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Aston Martin deal with Red Bull means F1 tech for Vanquish

Aston Martin and Red Bull Racing made no secret that their AM-RB 001 hypercar (rendering above) would use Formula One tech, but the cutting-edge motorsports knowledge will also trickle down to more accessible Aston Martin vehicles. "Some of the technologies we are developing with Red Bull Technologies and Adrian [Newey] will undoubtedly flow through to the next Vanquish," Aston Martin CEO Andy Palmer told Drive. He thinks the model's price is high enough to allow the use of F1 tech. "I am particularly interested in structural carbon fiber and KERS type technology that you could easily see working in that car," said Palmer. The AM-RB 001 is due for 2018, and the new Vanquish would come afterward. Aston Martin and Red Bull hope their hypercar project sets benchmarks in the class. "The McLaren F1 is the perfect analogy of what we're trying to do - bring Formula One to the road in a genuine and authentic manner," Palmer told Drive. He claims that simulations already show the AM-RB 001 could lap Silverstone quicker than an F1 car. For context, the slowest qualifying time in the British Grand Prix last year was a 1:39.377 lap around the nearly 3.7 mile track. With projects like the hypercar, the next Vanquish, and the latest DB11, Aston Martin has a busy launch calendar over the next few years. A next-gen Vantage is in the company's plans, and there's the DBX crossover, too. The British sports car maker also wants to do two limited-edition models a year, like the Vantage GT12 and Vulcan in 2015. The vehicles for 2016 and 2017 are still mysteries, but 2018 would bring the electric Rapide and the AM-RB 001, according to Palmer. When combined with Mercedes powertrains and technology in future models, the company hopes to appeal to more customers. Related Video:

Spectre star Daniel Craig suffers minor injury riding in Aston Martin DB10

The Aston Martin DB10 might look amazing. It does not, however, have an abundance of headroom, as James Bond actor Daniel Craig found out. The star of the 24th 007 film, Spectre, Craig was injured while filming a scene inside the DB10. The car was shooting a chase scene in Rome with the film's other four-wheeled star, the Jaguar C-X75, when the stuntman behind the wheel (which happened to be a cage on the coupe's roof) hit one of the ancient city's notorious potholes. Craig bopped his head hard enough to warrant a trip to the on-set medic, The Los Angeles Times reports. According to The Times, the DB10 was being chased by the one-off Jag of film baddie Dave Bautista on Rome's Corso Vittorio Emanuele II. Craig's injuries were deemed minor enough that he made a scheduled trip to London to continue filming. Next time 007, stick to the Fiat. Related Video:

Aston Martin DB10 based on V8 Vantage

If you looked at the new DB10 that Aston Martin revealed just a few days ago and thought as we did that it looked an awful lot like a reskinned Vantage, there's good reason for that. According to Automotive News, a reskinned V8 Vantage is exactly what the DB10 is. Instead of basing the limited-production spymobile on the new architecture it's developing and fitting it with the new engine it's sourcing from Mercedes-AMG, the DB10 is built around the same VH platform and V8 engine as the aging Vantage. Though it's evolved over the years, the VH platform dates back to the V12 Vanquish that launched way back in 2001. The second generation of that platform underpins the Vantage on which the DB10 is reportedly based, powered by a version of Jaguar's AJV8 engine that dates back to 1996. What is new about it is the design language that the new DB10 previews. More than any recent concept – like the DP-100 Vision Gran Turismo, CC100 Speedster or the most recent Zagato one-offs – the DB10 is said to embody the new direction in which Marek Reichman and his team plan to take the company's styling, moving away from the current theme it has employed for the past couple of decades. So while the DB10 you see here may not be packing much in the way of new technology, the subsequent models that will follow its lead hopefully will.