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Aston Martin Project 003 is a road-going evolution of Valkyrie

The Aston Martin Project 003 will effectively be the most road-going example of Aston's mid-engined hypercars. It quite obviously draws heavily from the Valkyrie (aka Project 001), which is as much the result of aerodynamic requirements as it is maintaining a family resemblance. It may not appear to be as extreme in certain respects, and it isn't, but it does feature a number of advances. The 003 utilizes the next-generation of "aircraft morphing technology, to create a variable airfoil across the entirety of the rear wing. The technology named FlexFoil ... has been validated by NASA through extensive performance and acoustic flight testing, with Aston Martin the first to implement this cutting-edge aerospace technology in the automotive industry. The system allows for the car's downforce to be changed without changing the physical angle of the entire element." So yeah, fancy stuff, and in fact, the production version will feature an even further evolution of the technology. Aston hasn't released full details, but did indicate the 003 will be powered by a hybrid powertrain consisting of a new turbocharged V6 developed in-house. This is in contrast to the Mercedes-sourced engines in recent Aston Martins. It will feature a sealed oil system previously utilized in the Aston Martin Vulcan and in multiple 24-hour endurance races that allows for oil changes in 90 seconds and the refinement and reuse of the engine oil itself. The production 003 will be the first road-going car to receive this technology. There is plenty shared with Valkyrie, however, including the active suspension and various electronic systems. Aston says the chassis will be "blessed with next-level precision, control and driver connection for class-leading dynamics on road and truck." Also like the Valkyrie, Project 003 utilizes a lightweight carbon fiber structure with carbon fiber bodywork. It was shaped for maximum aerodynamic effect, which results in the two mid-engine hypercars sharing a common shape and general look. One noteworthy visual difference are the front and rear lighting units. Their lightweight technology are shared, however. Aston Martin says the 003's four lighting units weigh less than one DB11 headlamp. Inside is where the 003 most ventures away from the Valkyrie, and where it demonstrates its more road-going nature. Greater concessions have been made for usability and comfort, although that is certainly relative.

More V12 power, no turbos | 2017 Aston Martin Vanquish S First Drive

Like the last days of the dinosaurs, Aston Martin's $294,950 Vanquish S is one of a handful of extant Tyrannosaurus Rex – few big-capacity naturally aspirated engines still bellow rage at the world in general. So, six liters, twelve cylinders, 48 valves, and no turbos; hurrah. Well, as long as you're not buying the gas. As the delivery driver who brought this car to me observed: "Whatever I seem to do with this car, it never gives more than 14.5 mpg, where as long as you barely touch the throttle, the new DB11 gives you about 18." Aston's DB11, which debuted this year with a fresh chassis/powertrain architecture that will eventually underpin a new car with the Vanquish nameplate, is twin-turbocharged. The Vanquish S, with its extra power, is decidedly not. It's the off-duty moments that stymie gas mileage for naturally aspirated mills like the one in this car. Dragging that huge crank, con rods, pistons, and cams around plays havoc on economy when you aren't on it like jam on toast. At full throttle, there's not a lot in it, turbo or no turbo. The Vanquish is the most unlikely car ever to have almost not made it into production. The name was first used in 2001 attached to Ian Callum's toothsome aluminum/carbon composite coupe body, but then chief executive Uli Bez held it back for six months, officially because he didn't like the Ford Ka air vents. Unofficially, as he later admitted: "What no one wanted to hear at the time is that Vanquish was crap. I changed 200 things, and even then, it burned through gearboxes." At the heart of the Vanquish then and now is a V12 engine, effectively built out of two Ford Mondeo Cleveland V6 units. It's easy to scoff at such humble beginnings, but the rumor machine elicits Porsche and Cosworth involvement in its gestation. First introduced in the 1999 DB7 V12 Vantage, the engine was then tuned to 460 horsepower for the 2001 Vanquish, which also debuted Aston's bonded-and-riveted VH platform chassis. Over 2,500 of these amazing cars were sold in standard and (from 2004) S forms, though its robotized manual transmission was problematic.

Aston Martin previews EV conversions with electric 1970 DB6 Volante

If you're a fan of classic British sports cars, and you're concerned about the environment, the future is looking pretty bright. Similar to what Jaguar is preparing for old E-Types, Aston Martin has just announced that it is developing "cassette"-type electric powertrains that it can drop into classic Aston models. By "cassette," the company means that the whole powertrain assembly can be easily bolted into an existing Aston Martin, and just as easily be replaced by the original internal combustion engine if desired. The first car to undergo the electric conversion is a 1970 Aston Martin DB6 Volante, and the prototype powertrain bolts up to the factory engine and transmission mounts. If it weren't for a photo showing it plugged into a charger, it would be impossible to tell that it had an electric motor under the skin. Even the interior looks unchanged. Aston Martin says that a small screen has been added that displays motor and battery management, but we can't find it in the photos. This is a stark contrast to the Jaguar E-Type Zero Concept that featured a modern interpretation of the original interior. Aston Martin didn't reveal any detailed specifications of the powertrain, though. So horsepower and range are complete mysteries at the moment. Aston did note that production examples of this powertrain will use components from the very limited-production Rapide E. That sedan used dual motors for 610 horsepower and 700 pound-feet of torque. Surely the conversion kit will only use one motor for packaging, and since the Rapide E's full power would be unnecessary and deviate far from the original performance and character of the classic car. Also, Aston claimed a range of over 200 miles for the Rapide E, but classic conversions may be less due to space restrictions. Something closer to the E-Type Zero's 170-mile range seems likely, and coupled with DC fast charging, should be more than enough for a car that likely won't be driven as often or as far as a more modern vehicle. Exact timing and availability still have yet to be announced. Aston only said that it plans to start on conversions sometime in 2019. Since Aston plans on delivering Rapide E models toward the end of 2019, the year is shaping up to be a big one for electric Astons. Related Video: