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Amadeo Felisa replaces Tobias Moers as Aston Martin CEO

Aston Martin Lagonda on Wednesday named former Ferrari boss Amedeo Felisa as its new chief executive officer as the British luxury carmaker works on emulating the Italian carmaker's success and electrifying its brand. Felisa will take over with immediate effect from Tobias Moers, who joined the company in 2020 from shareholder Mercedes-Benz's high-performance AMG brand and served as CEO and chief technical officer. Felisa currently serves on Aston Martin's board and led Ferrari between 2008 and 2016 when it was still part of the Fiat group. Most recently, Felisa served as a special adviser to Silk-FAW, a joint venture between U.S.-based automotive engineering and design firm Silk EV and Chinese automaker FAW. Billionaire Lawrence Stroll drove to the rescue of James Bond's car brand of choice less than two years ago while it struggled after a disastrous IPO. Stroll has overseen a manufacturing makeover at Aston Martin to lift margins and help it become more like rival Ferrari with more customized car orders. Now the carmaker's largest shareholder and executive chairman, Stroll told Reuters that Moers had stabilized the company when it "needed immediate manufacturing, operation attention" but now Aston Martin needed a CEO to "focus on the bigger picture". "Nobody knows how to make ultra-luxury performance cars better than Amedeo," Stroll said. "He saw the movie, he wrote the script." Aston Martin plans to launch its first fully-electric car in 2025. Aston also named former Ferrari and BMW executive Roberto Fedeli as its chief technical officer. The latest appointments come just months after the company's former chief financial office also left Aston Martin. Jefferies analyst Philippe Houchois wrote in a client note that Aston Martin's new CFO and the appointment of Felisa "will hopefully help stabilize management across the company". On Wednesday, Aston Martin reported a wider pretax loss of 111.6 million pounds ($139.15 million) for the first quarter, compared with a loss of 42.2 million pounds a year earlier, which was largely in line with expectations. Related video: Hirings/Firings/Layoffs Aston Martin

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:

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: