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2018 Aston Martin DB11 AMR Review | A private world of comfort and speed

There are moments when miniscule adjustments to something wonderful can yield unforeseen enhancements. The addition of a dash of Maraschino liqueur to a perfect Manhattan. The application of a few Newton-meters more pressure in a deep tissue massage. Gold-plating the wire wheels on your Commodore Blue Continental Package-equipped 1985 Cadillac Eldorado Biarritz Convertible. So it is with the Aston Martin DB11 AMR, a slight tweak to the Aston Martin DB11 V12 — already one of our favorite grand tourers. The non-AMR DB11 hosts the ideal combination of profligate luxury, recherche exclusivity, and muscular performance. (The V8 is also ... fine.) But Aston Martin's new AMR performance sub-brand has drizzled its speed effluent onto the DB's componentry and software. The result borders on transcendent. AMR was launched at the Geneva Motor Show in 2017 as the storied British marque's go-fast subsidiary (its M or AMG, if you will). Inspired in name, if not in mission, by the Aston Martin Racing team, it has already resulted in the AMR-ization of a half-dozen Aston vehicles including iterations of the Rapide, Vulcan, Valkyrie, and previous-generation Vantage. The $241,000 DB11 is the seventh in that series, and it will take the place of the "base" DB11 V12 when it appears in the states later this summer. Since Aston recently opened the first of its fancy-pants AMR Performance Centers adjacent to Germany's famed Nurburgring racetrack, it seemed fitting that our test drive of the new car commence there. We snagged the DB's crystal-tipped key fob and spent a couple days tearing everywhere in the Rhineland region that wasn't the "Ring," including narrow wending mountain roads, expertly paved two-lane byways, and unlimited Autobahn uber-highways. AMR's sorcery has, as noted, yielded relatively small changes on paper. The twin-turbocharged 5.2-liter 12-cylinder now makes just 5 percent more horses, for a total of 630. The dampers and springs have been stiffened by about 10 percent, the anti-roll bars front and rear by half that and half again. More rigid engine and transmission mounts have been added for greater stolidity. The transmission has been remapped for increased differentiation across the GT, Sport, and Sport Plus driving modes, selectable via a switch on the right side of the steering wheel.

Aston Martin-Red Bull 001 details: 175 units, $3M, 0-200-0 in 15 seconds

The Aston Martin AM-RB 001 is starting to sound like it will be the most extreme hypercar ever made. We're basing that on a series of new comments made by Red Bull Racing's resident aerodynamic genius and chief technical officer, Adrian Newey, in an interview with The Wall Street Journal's Dan Neil. Newey shared many interesting nuggets, so we'll try to provide a simple summary of how frighteningly potent the AM-RB 001 is. The new hypercar should hit 200 miles per hour in around 10 seconds, while a massive set of brakes will cut that speed to zero in half the time – in other words, zero to 200 to zero in just 15 seconds. That kind of stopping power sounds physically painful. Certain versions of the 001 will make up to 4,400 pounds of downforce, and if that's not enough to keep the car pasted to the pavement through 4G bends, Newey hinted that the active suspension will rely on the ground effect more than any other car. "I studied aero at the University of Southampton," Newey told Neil. "My final-year project in 1979 and '80 was on ground-effects aerodynamics applied to road cars and sports cars." Beyond the performance stats, Newey verified some of the broader questions about the 001's availability. For one, Aston Martin and Red Bull will build 175 examples of the potentially record-breaking hypercar, with 150 designated for road use and another 25 limited to the track – they're the ones that will enjoy the 4,400 pounds of downforce and full-on 4G cornering ability – so the chances you'll ever encounter a 001 in the wild are almost nil. And buying one? Plan on spending at least $3 million. Newey, along with Aston Martin Chief Designer Marek Reichman and Project Engineer David King, reveal more about the 001 in the piece, including some of the philosophical and design principles behind a $3M hypercar. It's very much worth a read, if you can get around the WSJ's pay wall. Related Video:

Weekly Recap: BMW rolls out ambitious plug-in hybrid electric plan

"We believe that for the United States, this is going to be very important." – Julian Arguelles Let there be no doubt, BMW is serious about electric vehicles. The German automaker said this week it will make plug-in hybrid versions of all of its core models, an aggressive move that demonstrates its commitment to electric propulsion systems. BMW did not specify which vehicles will get the plug-in systems or provide a timeline for when they will arrive. But the announcement is clearly more than blustering, and the company revealed a 3 Series plug-in prototype this week at an event in France. BMW said the 3 Series uses a version of its 2.0-liter turbocharged four-cylinder engine (240 horsepower, 300 pound feet of torque) with an electric motor sandwiched between the engine and transmission in place of the torque converter. It has an all-electric range of 22 miles. A plug-in X5 with the same powertrain was also displayed alongside the 3 Series, though the X5 has been on the auto-show circuit for more than a year, including a recent stop in Los Angeles. Those two vehicles use "eDrive," and BMW's plans represent the first widespread transfer of its technology from development of the i3 and i8 models to more mainstream products. BMW said it's developing electric powertrains so they can be deployed rapidly across its range, and they are flexible enough to be used with fuel cells in future products. Enticingly, BMW is also working on a "Power eDrive" system, which debuted in a 5 Series GT concept at the event in France. This setup has two electric motors powered by a 20-kilowatt-hour battery pack, and when teamed with a four-cylinder turbo, pump out about 670 hp. Reinforcing BMW's commitment, the company will add more than 200 jobs at its factory in Dingolfing, Germany, to support electric-vehicle development. The moves come as BMW and other automakers diversify their portfolios while fuel economy and emissions regulations are getting tighter around the world. The United States has set a 54.5-mpg CAFE requirement for the 2025 model year. BMW said the electric vehicles were developed with an eye toward the US market, its government policies and its wide-ranging commuting styles. "We believe that for the United States, this is going to be very important," spokesman Julian Arguelles said. Ben Scott, a senior analyst in London with automotive research firm IHS, said BMW's moves are expensive – but necessary – to keep pace with the market.