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Aston Martin Lagonda Vision Concept re-envisioned as zero-emissions luxury brand

After introducing the hand-built, limited-edition, one-million-dollar Lagonda Taraf saloon in 2015, Aston Martin is again reaching to its Lagonda heritage dating back to 1904. But while there's a new saloon concept to be presented, Lagonda has completely changed around it. The Taraf had a six-liter, 540-horsepower V12 under its hood: the new car has no engine and no hood. Instead, Aston Martin is turning Lagonda into what it calls the first zero emission luxury brand. The herald of the newly born Lagonda is the Vision Concept, and it showcases the design language Aston Martin is preparing for a 2023 launch. While Astons still embrace the internal combustion engine, the letter "O" in Lagonda's logo is re-purposed to stand for zero emissions. As per Aston's statement: "With no need to package a vast internal combustion engine, gearbox and transmission, Lagonda's designers could optimize the interior down to the smallest detail and then build up the exterior of the car around it. The Lagonda Vision Concept doesn't have a bonnet because one is not required." The production Lagonda is to be fully autonomous "on all routine circumstances and all recognizable roads." This means the steering wheel can freely move from the left side of the car to the right, or retract completely. Choosing to not do the driving isn't alien to Lagonda customers, as Aston Martin's Andy Palmer explains. "For owners of true luxury cars, autonomy has existed for over a century, in a carbon-based form called a chauffeur." He adds, "We imagine most Lagonda customers will choose to be driven, but whether by a person or a computer will be up to them. And if they want to drive themselves, the car will ensure that is a delightful and memorable experience too. Lagonda will provide that choice." The tall, airy cabin has been designed with the help of Savile Row tailors, and the armchair-like seats can be arranged to face each other. The seats aren't mounted on runners, but cantilevered arms. As for range, Lagondas will have been engineered for a real-world 400-mile range with solid-state batteries. There's "intelligent all-wheel-drive," with any wheel able to be given 100 percent of the available torque.

Aston Martin Valkyrie officially makes 1,160 horsepower

The Aston Martin Valkyrie hypercar will have a total system output of 1,160 horsepower and 664 pound-feet of torque. We knew the raw figure from the naturally aspirated V12 engine was 1,000 horsepower, but a few details on the KERS-style hybrid assistance system were released today. In doing the math, this means the single electric motor mounted in the gearbox is responsible for adding 160 horsepower and 207 pound-feet of torque to the equation. Aston says the electric motor and battery pack were developed with the help of Integral Powertrain Ltd and Rimac as suppliers and partners. We all know Rimac for its ridiculous electric supercars it has made, so it looks to be a smart partnership for now. Peak combined power is made at a dizzying 10,500 rpm, with peak torque coming in at a still-high 6,000 rpm. If you missed out on the engine breakdown from this past December, then know the 6.5-liter V12 will keep spinning until 11,100 rpm. We're guessing this race-car-like number drops your jaws, just as it does ours. Cosworth and Aston Martin teamed up to create this beauty of an engine — sound clips of it running make us think we're listening to historical Formula 1 footage; it's that good. This news comes ahead of the 2019 Geneva Motor Show next week, which could prove itself a launching pad for even more information to be learned about the Aston Martin hypercar. At this point we know there will be an even more exclusive AMR Pro track-only variant and a track pack option for the "normal" Valkyrie, which isn't all that normal itself. It's expected to weigh a light 2,200 pounds and have an unrestricted top speed of 254 mph. Aston appears to be continuing development on the car, so don't consider those final quite yet. Related video:

Aston Martin Vulcan being converted to road-going spec

The Aston Martin Vulcan wasn't designed as a road-going vehicle, but the two dozen buyers who've plonked down the $2.3 million to buy one may soon be able to drive on public roadways. According to Autocar, British motorsports engineering company RML is preparing a road conversion option for the Vulcan, apparently with Aston's blessing. The process will reportedly involve testing the engine for emissions, mounting some new lights, and running simulated crash tests. The ride height will likely need to be raised and the gear ratios altered, but nothing will be done to compromise the vehicle's trackability (such as removing any part of the roll cage). The undertaking is expected to cost six figures, which buy another road-going Aston but is hardly a drop in the bucket relative to the Vulcan's purchase price. Certification on a single vehicle type basis might not be feasible in all markets, particularly here in the United States, where two out of the 24 being made are said to reside. "When we went to market, there was hesitation from a few prospective owners because it didn't have a road pack... but RML said they had the ability to do it," Aston Martin chief Andy Palmer told Autocar. "It has taken a bit of time to work out what's possible from an engineering perspective, but we expect four or five owners will take advantage of this. We have the sales of the last two cars currently under negotiation and it looks like the road conversion could be the closer on those deals." The Vulcan is Aston's take on the likes of the Ferrari FXX K and McLaren P1 GTR: a seven-figure supercar designed neither for the road nor for racing, but just for their owners' enjoyment. Like its rivals, Aston Martin organizes special track days for Vulcan owners as part of a complete program, but unlike those mid-engined hybrids, the Vulcan is naturally aspirated, with its engine up front. Lanzante previously announced a similar road conversion option for the McLaren. RML's expertise lies principally in constructing racing cars – particularly touring cars. It previously collaborated with Aston Martin on the AMR1 Group C racer from 1989 (not to be confused with the later LMP1 prototype). It has also undertaken a number of road-car projects, particularly for Nissan (where Palmer used to work), developing such unique concepts as the Micra R, Juke-R and Infiniti Q50 Eau Rouge. Related Video: