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Aston Martin DB11 spied in production sheetmetal

Aston Martin has taken yet another step toward debuting its long-awaited replacement for the DB9, the DB11, ditching the heavy, obstructive plastic cladding for production sheetmetal and stick-on camouflage. The move gives us our best look yet at the automaker's next volume grand tourer. Opinions on whether or not this new car gets its inspiration from the DB10 featured in the James Bond film Spectre are divided. From what we can tell, the profiles are virtually identical between the cinematic machine and this DB11 mule, and it looks like the DB10's thin taillights sit in larger cutouts below a similarly shaped trunk lid. The DB11 does look to get some kind of spoiler, though, and it may even be a pop-up item, neither of which were featured on the Bond car. The biggest differences between the movie coupe and the road car are found on the front end. The headlights are certainly larger and have had their shape tweaked. They now run further up into the fenders, giving just a hint of Ferrari F12. Even so, they're still unmistakably Aston Martin units. That's also true of the grille, which ditches the concept-spec single element on the DB10 for a more conventional upper and lower unit. We have no explanation for one element, though. Look closely at the C-pillar, and you'll notice what looks almost like some kind of vent. Our spies argue that it's an aerodynamic item, like you'd see on the C-pillar of a BMW i8, but we aren't sure. Were it a pure aero aid, we'd expect to be able to see through the other side, like you can with the i8 or something like an Air Curtain. Instead, it could be some kind of air intake for cooling. That's just conjecture, but it's not unreasonable. But what's under the hood? Our spies did some digging and doubt that it's Aston's traditional 6.0-liter V12. Instead, registration data for the prototype shown above lists its engine displacement at 5.2 liters, with our spies claiming forced induction will be used. It's not clear if this engine is a product of of Aston's relationship with Mercedes-AMG – the only V12 you'll get from the Germans is a 6.0-liter twin-turbo, while it also sells a 5.5-liter, twin-turbo V8 – but it seems like a possibility. Check out the spy shots up at the top of the page for the full battery of spy images. Related Video:

Check out King Charles III's $17.6 million car collection

King Charles III's coronation will take place in England on May 6, and being crowned a monarch comes with a long list of perks with four wheels. He will gain full access to the Royal Family's fleet of cars, which is valued at about GBP14 million (approximately $17.6 million). The two most expensive cars in the collection are nearly identical: they're a pair of Bentley State Limousine models (pictured) built for Queen Elizabeth II, King Charles III's mother, in 2002. Only two units were made, and they're both part of the Royal Family's fleet, so they're difficult to put a value on; it's not like one is going to end up listed on your favorite auction site anytime soon. British company Nationwide Vehicle Contracts, which compiled the list, estimates that each armored, 245-inch long sedan is worth at least GBP10,000,000 (roughly $12.6 million). Dropping below the eight-digit threshold, the second-most-valuable car in the Royal Family's fleet isn't really a car. It's the Gold State Coach, which Matchbox recently released a 1/64-scale replica of, and its value is estimated at GBP1.6 million (about $2 million). At 275 inches long it's even bigger than the Bentley limousine and it weighs about 9,000 pounds. It's 261 years old and designed to be pulled by eight horses, and has been part of every coronation since 1831. The rest of the Royal Family's vehicles are relatively mundane. There's a 1965 Aston Martin DB6 Volante that Queen Elizabeth II and her husband, Prince Phillip, bought for King Charles III on his 21st birthday. It's worth GBP1 million (about $1.2 million). The collection also includes a Rolls-Royce Phantom VI (about $627,000), a Bentley Bentayga (about $201,000), a Land Rover Range Rover long-wheelbase Landaulet ($133,000), a Jaguar XE (about $41,000), and a Land Rover Defender ($38,000). "Luxury cars have long been associated with the monarch and King Charles III, in particular, is known for his fondness of motor vehicles. His impressive collection features sentimental value with motors passed down from his late mother, Queen Elizabeth II, to cars bought for him by his parents," explained Keith Hawes, the director of Nationwide Vehicle Contracts, in an interview with CBS News. Being at the head of a car-making nation's royal family also comes with drawbacks: Every vehicle in King Charles III's fleet is British.

UK electric motor maker YASA expands production 50-fold for EVs

LONDON — British electric motor manufacturer YASA said on Thursday it was increasing its production capacity from 2,000 to 100,000 units with a new factory to tap into growing demand from carmakers for greener technologies. Automakers are racing to build greener vehicles and improve charge times in a bid to meet rising customer demand and air quality targets but Britain lacks sufficient manufacturing capacity, an area the government is building up. Last year, the government picked a site in central England to house a new automotive battery development facility, which will develop the processes required to manufacture the latest battery advancements. On Thursday, YASA, based near the English city of Oxford, said it had raised another 15 million pounds ($21 million) as part of its expansion. "Our customers are looking to adopt innovative new technologies such as YASA's axial-flux electric motors and controllers in order to meet the needs of the rapidly expanding hybrid and pure electric automotive market," said Chief Executive Chris Harris. The firm exports 80 percent of production and has worked with companies including Britain's two biggest carmakers Jaguar Land Rover and Nissan as well as Aston Martin. JLR will decide this year whether to build electric cars in its home market, previously citing factors such as pilot testing and support from science and government as pre-requisites. Reporting by Costas PitasRelated Video: