2003 Aston Martin Db7 V-12 Vantage on 2040-cars

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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:

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:

2020 Aston Martin Vantage AMR First Drive Review | It has a manual!

NURBURG, Germany — The new Aston Martin Vantage AMR has a manual transmission. In the precision-engineered, sequential dual-clutch automated hell-scape in which we now dwell, that might be enough copy for a full review. But driving this boisterous menace around the perfect, sweeping, foothilly roads around Germany's Nurburgring (but not on the ‘Ring itself), I discovered that the seven-speed stick shift makes the Vantage approximately 77% more engaging. For this, we have Aston Martin CEO Andy Palmer to thank. “Andy committed to always having a manual in the lineup,” said transmission engineer James Owen, at the Aston Martin Racing (AMR) Performance Center at the edge of the ‘Ring, when I asked, insolently, why this car exists. “And as the sports derivative of our sportiest, most focused sports car, Vantage, itÂ’s right for the lineup.” A bit more about that transmission, because it should be dwelled upon: It is built by famed Italian manufacturer Dana Graziano, which has been building transmissions for the likes of Ferrari, Maserati and Alfa Romeo since the middle of the past century. It has a dogleg high-ratio first gear that requires some increased load to knock into. It rev-matches on downshifts, and also allows no-lift upshifts, so you can keep the pedal floored between gears to minimize transitions. ItÂ’s air cooled, for less weight. And it has a Launch Control feature that works like this: clutch down, find first, stomp on the gas, wait for the little light to appear on the dash, clutch out progressively but quickly. Glory. It was, in fact, surprising just how much the gearbox changed my relationship with the Vantage, a car I already liked. The AMR doesnÂ’t add any power, the Mercedes-sourced 4.0-liter turbo V8 still sits at 503 hp. But the torque figures are down significantly, from the 505 pound-feet available in the automatic to 461 with the manual. Remember, this is the first time a manual has been paired with this engine, be it by Aston Martin or Mercedes-AMG. Despite losing 200 pounds from the Vantage's curb weight – through the use of the lighter transmission, forged wheels, carbon ceramic brakes, carbon fiber body and trim bits, and the switch from an electronic differential to a limited-slip one – itÂ’s nearly a half-second slower from 0-60 than the base Vantage (3.9 seconds vs 3.5).