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Aston celebrates Spectre with DB9 GT Bond edition

Sorry friends, but as of right now, you can't buy the Aston Martin DB10 that James Bond will be driving in the upcoming film Spectre. That's a bummer, as 007's preferred GT is offering a fresh update on Aston's traditional looks. What you can do, though, is snag the new DB9 GT Bond Edition. According to Aston Martin, this is the most powerful DB9 the company has ever built, with the 6.0-liter V12 pumping out 540 horsepower and 457 pound-feet of torque. Sixty miles per hour arrives in just 4.5 seconds, while the 007 DB9 will run all the way up to 183 mph. Those are some impressive figures – the top speed and torque output mirror the range-topping Vanquish – but you might still be wondering why not choose the king of the Aston range over this, which still gets to 60 mph 0.3 seconds faster, has an extra 25 horsepower at its disposal, and is arguably the better-looking vehicle. Well, the Bond Edition DB9 comes with a number of unique items. Outside, there's a set of handsome, 10-spoke, gloss-black, 20-inch alloys, a carbon-fiber splitter and diffuser, gray brake calipers, and bright finishes on the hood vents, grille, and side gills. If the little bits aren't enough for you, the entire car is finished in 007-spec Spectre Silver paint. Naturally, "007" badges are included. In the cabin, new sill plates and embroidered headrests call out this DB9's inspiration, while an Alcantara-wrapped steering wheel makes the actual act of driving just a bit more pleasant. Sadly, machine guns and ejector seats are not part of the upgrades. Unlike so many special editions, though, there's even more to the Bond Edition DB9 than special trim bits. All 150 DB9s will come with a 21-inch Globe-Trotter wheeled suitcase, while horology geeks will likely gravitate towards the included time piece. Provided by Omega, 007's preferred watchmaker since 1995's Goldeneye, the Seamaster Aqua Terra comes with a unique, Aston Martin-branded strap. The suitcase costs around $2,000 while the watch generally goes for around $3,500 to $4,000. Their inclusion in this limited-edition DB9 might soften the blow of the price, which starts at $237,007. Still, if you're a fan of Britain's most famous secret agent and are in the market for a handsome GT, you could do far worse than this unique Aston Martin. Read on for the official press release.

Aston Martin's electric Lagonda lineup to open with a crossover

At the time of the Geneva Motor Show, Aston Martin announced it would be re-awakening the storied Lagonda brand to manufacture zero-emission luxury cars. The timeline for these was cast to 2023 at first, but now information has come to light that Lagonda would start selling cars two years earlier, with — you guessed it — an SUV. AutoExpress is reporting that the first model for Lagonda will be a full-electric SUV, which would share some of its technology with the Aston Martin DBX, which might gain the name Varekai when it hits production. Talking to AutoExpress, company CEO Andy Palmer divided the future plans in two: "if it's an Aston, it's probably got a gasoline engine and it's probably got a V-configuration. It might or might not have a hybrid attached to it. But if it's a Lagonda, it's 100 percent electric." Palmer says Lagonda could be able to sell cars via a separate network in the U.K., but that globally the cars would have to co-exist in Aston Martin brand centers. Palmer wouldn't confirm whether the 2021 Lagonda SUV would also be made in the same St. Athan factory as the DBX. The Lagonda sedan was previewed by the swoopy Vision Concept, which Palmer says is "a design study" that focuses on core elements of the Lagonda. Palmer says two key aspects of the concept might not yet be production-ready by 2021: the solid state battery and Level 4 autonomy. The production car should have a realistic range of more than 400 miles, and it should be able to whisk customers away as effortlessly as a chauffeur-driven sedan. View 14 Photos Related Video:

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).