Centenary Edition #17 Of 100 Worldwide!!!! on 2040-cars

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2019 Aston Martin Vantage ridealong: Going to the extremes

"My job is to make them drive like they look," Matt Becker, Aston Martin's vehicle attributes engineer, tells me. The engine is idling, and we're harnessed inside of the 2019 Vantage test mule's racing bucket seats, somewhere on a frozen lake near the Arctic Circle in Sweden. Since the Vantage is Aston's best seller, and it's representative of the things the brand stands for, it's safe to say this chilly prototype is the most important Aston Martin on the planet right now. "Shall we have a go?" Becker rhetorically asks, looking out at the ice track. "First, with all the systems on. We test and develop this car with systems on and off, at every stage." Becker shifts the Vantage into Drive, and immediately it sounds happier. Under the hood is an Aston-ized, AMG-sourced twin-turbo V8, packing 503 horsepower and 505 lb-ft of torque. It was given the full work-over, and the controller algorithms were developed to make it behave like a proper Aston. Power is channeled through an eight-speed ZF automatic gearbox. How and when the power comes on depends on driving conditions and mode, of which the 2019 Vantage has three: Sport, Sport Plus and Track. Absent is the DB11's GT mode, which fits perfectly on the grand tourer but not on a pure sports car such as the Vantage. Throughout testing, the Vantage stays under heavy camouflage and even sports some DB11 bits at first to deter speculation. But despite the partial DB11 drag, the Vantage will embody CEO Andy Palmer's directive: "[W]e need greater differentiation between the lines." While the DB11 is a striking and elegant grand tourer, the Vantage dials up the aggression over its predecessor. A massive, oxygen-gulping grille dominates the frontend. The car is about the same width as the DB11, but in person, it seems twice as wide as more pedestrian sports cars. Fender vents serve both functional and aesthetic purposes. The lip of the trunk swoops up, a naturally integrated spoiler that will help deliver downforce. But there's a lot more at play than is even immediately evident to the eyes, most important of which is the electronic rear differential. This the first Aston to ever be fitted with an e-diff. As Becker explains: "What that allows us to do is vary the amount of torque across the rear axle that we have, which allows you to make the car very short, very agile. Add in tricks like Dynamic Torque Vectoring, and because we can open up the diff, it's like putting a pole in the ground when you're skiing.

Aston Martin Valkyrie AMR Pro | Screaming Viking from the Valhalla of speed

This summer, two years after Aston Martin debuted the 800-horsepower, track-only Vulcan, the English carmaker unveiled the harder, faster, more-aero-focused Vulcan AMR Pro. We still haven't seen the final version of the road-ready Valkyrie, but as of right now we know Aston Martin's 's how-fast-can-you-go roadworthy jewel will get a track-only Valkyrie AMR Pro flavor. Detailed specifics will need to wait, but we're told to expect lap times rivaling "recent Formula One cars." For perspective, insider trading on the Valkyrie road car suggests 1,130 horsepower and a 2,270-pound curb weight. A naturally aspirated, 6.5-liter V12 takes credit for most of those horses, the remainder coming from a Rimac-developed, F1-style kinetic energy recovery system. Yes, that Rimac. The Valkyrie AMR Pro will send owners to a g-force-induced Valhalla, having more power, less weight, and "significantly increased downforce." The designers used a lighter grade of carbon fiber, replaced the windscreen and side windows with polycarbonate, traded for a lighter, molded racing seat, threw out the infotainment system, installed carbon fiber wishbones on the new suspension uprights, and bolted on smaller, 18-inch wheels that will fit the same Michelin tires used on LMP1 cars. Beyond larger front and rear wings and new programming for the active aerodynamics, Adrian Newey's team tweaked every aero surface. Powering all that with a lustier, remapped 6.5-liter V12, Red Bull simulations show the Valkyrie AMR Pro capable of close to 250 miles per hour. Sustained cornering forces should hit 3.3g. Thanks to F1-style carbon brakes, deceleration force tops 3.5g. Here's more perspective: the Telegraph spoke to Red Bull F1 in 2010 about in-car g-forces, and wrote, "Breath control is crucial — you cannot breathe freely above 3g because to do so would expose you to the risk of passing out." Since those numbers hint at something like ground-based flying, Aston Martin has sensibly organized a ground-based flight school. Owners will get "an intensive and comprehensive driver development program" that takes advantage of the same facilities and simulator used by Aston Martin Red Bull Racing F1. Fitness training comes with it. If you haven't signed the paperwork for a Valkyrie AMR Pro, you're too late. Twenty-five examples — one more than the Vulcan AMR Pro — will be produced, with expected delivery in 2020, and all are sold. Related Video:

1980 Aston Martin Bulldog concept will reattempt to break the 200-mph barrier

Aston Martin's 1980 Bulldog concept will receive a second chance to break the 200-mph barrier after it emerges from a complete, 18-month restoration. It was developed with all-out speed in mind — the British company had hoped the coupe would become the fastest car in the world, but it missed its target before getting shelved. Had things gone as planned, car-crazed kids in the 1980s would have grown up with a picture of the Bulldog on their bedroom wall. Aston Martin wanted to hoist itself up the exotic car pecking order by building the fastest car in the world, though it didn't envision more than a limited production run of 15 to 25 cars. Penned by William Towns, who also drew the Lagonda, the Bulldog looked like nothing else on the road (let alone in the Aston Range) due in part to its five center-mounted lights, and it broke with tradition by adopting a mid-mounted engine. Engineers floated a top speed of 237 mph, according to The Drive, but the Bulldog ran out of breath at 191 mph. Victor Gauntlett axed the project shortly after taking the top job at Aston Martin in 1981 because the numbers didn't add up; the firm wasn't in a position to chase speed records. Now, 40 years later, it's almost time to try again. Classic Motor Cars began the lengthy process of restoring the Bulldog on behalf of a private owner in 2020, and it enlisted the help of Aston Martin factory driver Darren Turner to see if it can break the 200-mph barrier once it's back in one piece. Richard Gauntlett, the son of the company's former boss, is overseeing the project. We don't know precisely when or where the speed run will take place, but Classic Motor Cars aims to have the Bulldog running by the end of 2021. In a statement, it said that the car is "well on the way to being restored." Restoring any exotic car from the early 1980s is a meticulous, expensive, and time-consuming process, and bringing a one-off concept car back to life increases the number of challenges exponentially. Classic Motor Cars can't order parts from Aston Martin, for example, and it's not able to study another example to find out how a specific panel is welded. It helps that the Bulldog hasn't been significantly modified over the past four decades, though some parts (like the door mirrors) were added later, and that it was complete when it arrived at the shop. Power for the Bulldog comes from a 5.3-liter V8 that's twin-turbocharged to 600 horsepower, figures that are still respectable in 2021.