2007 Aston Martin Vantage! on 2040-cars

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Aston Martin fleet week: Next vessel to sail is a luxury submarine

Aston Martin's latest project aims to go beneath the surface, literally. It announced Thursday a partnership with a Florida-based developer of submersibles to develop a strictly limited-edition, deep-diving submarine code-named Project Neptune. The luxury brand is apparently making quite a splash at the Monaco Boat Show this week, having just revealed the AM37, a 37-foot, six-passenger, two-crew-member speedboat replete with natural teak sliding decks and custom-outfitted interior that will cost $1.6 million. For Project Neptune, the British marque is joining forces with Triton Submarines, which makes luxury submarines for superyacht-owning hobbyists as well as more robust models for scientists and filmmakers that are capable of exploring the deepest parts of the ocean. Plans call for marrying Triton's Low Profile three-person platform with the automotive brand's design and engineering language, under the direction of its Chief Creative Officer, Marek Reichman. Aston Martin Consulting will oversee the project. No details yet, but Triton's existing 1650 Low Profile three-person sub, its lightest model, weighs 8,800 pounds and can dive to 1,650 feet. A 30 kWh battery powers four 5-horse thrusters, and it can stay submerged for up to 12 hours. The most dramatic part of Triton's design is its incredible bubble shape — a spherical, transparent pressure hull. Some of Triton's more rigorous designs can reach depths of 7,500 feet. A Triton sub reportedly starts at a cool $3.3 million, and it's certainly nice, with stitched leather seats. But that, of course is a crude version compared with Aston Martin's panache and uber-exclusive materials. Pass the caviar, won't you, old boy? Related Video: Weird Car News Aston Martin Luxury submersible

Aston Martin to race with solar power

Aston Martin may be more about luxury GTs than performance-obsessed supercars, but when it comes to racing, it's no holds barred. Aston Martin Racing has developed competition-spec versions of the Vantage and DB9, and even done a few LMP1 prototypes. But while some have been powered by V8s and others by V12s, the one underlying commonality is that they have all – in contrast with championship-winning diesel and hybrid prototypes – been powered exclusively by internal-combustion engines burning gasoline. That's what makes this announcement noteworthy. At Le Mans last weekend, the factory team announced a partnership with the Hanergy Global Solar Power & Applications Group that will see solar panels installed on the roof of the Vantage GTE it fields in the World Endurance Championship. Only the thin panels won't be powering the wheels, boosting the engine somehow or powering the batteries for a hybrid assist. They'll be used to power the air conditioning system. Which may seem inconsequential, but when you consider that the AC typically saps power from the engine – and it can sap quite a lot on a hot race day – that could amount to a serious performance advantage while keeping the drivers comfortable. While the system wasn't ready to use at Le Mans last weekend, temperatures at the French track don't get too high, so the air-con wouldn't likely be a big factor. The team (operated on Aston's behalf by Prodrive) does expect, however, to have the system up and running in time for next round at the Circuit of the Americas in Austin, Texas, where it can get insufferably hot. Aston and Hanergy also hope to install the system on the V12 Vantage GT3 and V8 Vantage GT4 it supplies to customer teams, and install solar panels on the roof of the new facility Prodrive is building in Banbury, UK. Aston Martin Racing Joins Hanergy in Solar-Powered Project Le Mans, 13 June 2014 - Banbury, 13 June 2014 - Aston Martin Racing has signed a partnership agreement with solar technologies experts Hanergy Global Solar Power & Applications Group, in a project exploring how the sun's energy can be used to improve race car performance at the pinnacle of sportscar racing, the FIA World Endurance Championship (WEC), starting with the 24 Hours of Le Mans this weekend (14-15 June).

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.