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Aston Martin has a second mid-engined car coming

Aston Martin is expanding its exotic car horizons beyond GT cars into the realm of mid-engined sports cars. We're not talking about the upcoming Valkyrie hypercar, though. Instead, we're talking about a more mainstream mid-engined supercar designed to take on the Ferrari 488, Lamborghini Huracan, and McLaren 720S. Andy Palmer, CEO of Aston Martin, stated this specifically when discussing future product plans with Auto Express. According to Auto Express, Palmer said the car will be a competitor the 488, and will launch in 2020 as part of a plan to release a new model every year from now until 2023. Before the mid-engined car will be the rest of Aston's new GT line and the DBX crossover, and following the Ferrari fighter will be a pair of Lagonda models and the DB12. The 2020 launch date is a full year sooner than we were expecting for a sub-Valkyrie mid-engined car. Palmer cites a few reasons for going mid-engined. He explained that it's the segment standard, and that it's ideal for weight distribution. He also noted that going mid-engined will help bridge the gap between the top-tier Vanquish GT car and the Valkyrie. That's a gap with loads of room for another model, too, since the Vanquish will likely be comparable to the Ferrari F12berlinetta, which costs a bit over $300,000. The Valkyrie, on the other hand, will go for $3 million and have performance comparable to the LaFerrari and the Koenigsegg One:1. Related Video:

Aston Martin announces Rapide E as its first all-electric model

Aston Martin has announced official specifications for its first battery-electric model, which will be the Rapide E. Developed together with Williams Advanced Engineering, the 2019 Rapide E will have two electric motors good for a total of 610 horsepower and 700 pound-feet of torque. The Rapide E four-door, which will be produced in a limited run of 155 units, will be good for 155 mph. Its WLTP range target is said to be over 200 miles, and an hour of charging is good for 185 miles, using a regular 400-volt 50kW charger. Aston says the car's 800V battery system can also be charged with a 100kW+ charger at a rate of over 5 miles per minute. The electric powertrain is where the Rapide S's six-liter V12, gearbox and fuel tank would normally reside, to keep weight distribution in check; using composite materials and lightweight alloys, Aston has been able to meet the Rapide E's weight targets. To beat the aerodynamics of the Rapide S and to make it as silent as possible, both the car's exterior and underbody have been given a makeover from an EV development viewpoint and the low-rolling-resistance Pirelli P-Zero tires even feature noise-canceling foam inside them. As Aston is still in the business of making sports cars, the Rapide E's performance must be up to par: It reaches 60 mph in less than 4 seconds, and the 50-70 mph overtaking time is just 1.5 seconds. Aston says these figures can also be reached with a battery that is less than fully charged – the target is for "maximum performance on-demand throughout majority of the battery state of charge window," to put it succinctly. Aston's benchmark is that the Rapide E is capable of a full Nurburgring lap without any derating of the battery, with the electric version able to give a hassle-free performance expected of an internal combustion car. Perhaps that is a veiled reference to Teslas that have experienced overheating problems in track use. Aston Martin also states that it has strived to keep the Rapide E feeling like an Aston Martin, especially compared to the V12-engined Rapide S sibling. For Aston, this has meant chassis and electric powertrain tuning to retain the Rapide S's handling characteristics and "feel," including using a limited-slip differential through which the twin electric motors deliver their power — and keeping an eye on the springs, dampers and software integration to keep the car from feeling ponderous or clunky.

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).