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2018 Bentley Continental Supersports | More exciting than space travel

For the final song on their delightfully buoyant and mordant 1996 album This is a Long Drive for Someone with Nothing to Think About, Pacific Northwest indie rock band Modest Mouse penned an even more cynical response to David Bowie's already nihilistic ode to interstellar flight, "Space Oddity" The song imagines the life of a lonely female passenger on a flight to some distant lunar satellite, lost in post-gravitational anomie ("She's the only rocketeer in the whole damn place/They gave her a mirror so she could talk to her face.") Dreading the endless blankness of her voyage as much as the senseless achievement of reaching its destination, the unnamed woman wishes she could just read a dime-store novel and return home. It is titled, poignantly, " Space Travel is Boring." We recently visited the Kennedy Space Center in Cape Canaveral, Florida, NASA's literal launch pad for the Apollo missions and the Space Shuttle. Since there are currently no rockets going up, Space Florida's Shuttle Landing Facility did us the favor and allowed us to use the 3.5-mile-long runway built for the Shuttle — literally, the longest stretch of underutilized, perfectly straight, perfectly paved roadway in the world — for a series of automotive maneuvers. Our vehicle of choice was the $293,300 2018 Bentley Continental Supersports. This was decidedly not boring. The Supersports is an enhanced version of an already extremely potent vehicle. Featuring an upgraded crankshaft, torque converter, and turbochargers for more power and improved power delivery, the Supersports' 6.0-liter W12 engine produces an even 700 horsepower, and 750 lb-ft of torque. That makes this the most powerful and fastest Bentley ever made. Sixty miles per hour is dispatched in 3.4 seconds on the way to a maximum velocity of 209 mph. The largest carbon ceramic brakes of any production car come as standard equipment, as do carbon fiber hood vents, front splitter and rear air diffuser, side trim, and a planed long-board of a rear wing. Handsome 21-inch lightweight forged wheels are also part of the package, though, really, weight savings is almost irrelevant in this vehicle. The Supersports weighs over 2.5 tons, or about as much as one of the tread belt shoes on the diesel/electric crawler used to tug the 70-million-pound Space Shuttle and its boosters out onto Canaveral's runway. We were tugged out onto the runway as well, though in a slightly different fashion.

New Bentley Flying Spur will be first Bentley with four-wheel steering

We just got a bundle of details about the new Bentley Flying Spur. Among them is, finally, an official reveal date of June 11. Besides that, the Flying Spur features the latest driving technologies from other current Bentleys, as well as a first for the brand. The company revealed that the luxury sedan will be the first Bentley to get four-wheel steering. It will operate similarly to other systems from other brands, in which the rear wheels will turn slightly in the opposite direction of the front wheels at low speed for maneuverability, and at high speed the rear wheels will turn slightly with the front wheels for extra stability. The Flying Spur also picks up features from other current Bentleys. It gets an all-wheel-drive system that now sends all its power to the rear wheels unless the front wheels start to slip. It will also have the Bentley Dynamic Ride suspension that includes anti-roll bars that are constantly adjusted via a 48-volt electrical system. And of course we get a little visual teaser of the car with a video. It seems to confirm the slightly more blunt look predicted by an earlier teaser. Stay tuned for the full reveal in a couple of weeks.

Ultra-luxury automakers like Bentley and Rolls-Royce need to hurry up with EVs

In the five years that I've worked at Autoblog, I've read a lot of press releases. They're all pretty flowery and self-serving, but the ones that go the extra distance with lavish words and pompous phrasing tend to come from the most luxurious brands, Bentley and Rolls-Royce. And something that they both love talking about is sustainably sourced materials for their vehicles. The descriptions read like they've seen the light about using resources responsibly. That would be great, except for one thing: There's nothing sustainable about multi-ton land yachts with eight or more cylinders. Only one of Bentley's models can be had with fuel economy better than 20 mpg combined when running on gasoline, and guess what, it's not one of the brand's two plug-in hybrids (which are to be commended, but still seem half-hearted when we're talking serious sustainability). And Rolls-Royce is even worse without a single model even hitting 15 mpg combined. These automakers should have at least one EV model apiece. Apparently, there are some coming, but they're still years away, and that frankly shocks and frustrates me for a number of reasons. One of the big ones is that these brands couldn't be better suited to electric propulsion. What makes these cars impressive is their refinement and performance. You can't get much better in either of those categories than with beefy electric motors, which provide nearly silent operation with no gear changes and enormous power and torque ratings. And it's all achievable with a lot less effort than making an 8- or 12-cylinder internal combustion engine quiet and smooth. Sure, battery technology is complicated, and it's expensive and heavy, but all of that is covered by these brand's typical products. They can command prices that would easily absorb the cost of batteries. And the size and weight of current cars mean that loading them up with batteries to achieve range comparable to their gas models wouldn't be a problem, either. Heck, that's the exact strategy being used by GM and Ford to get huge range in their electric trucks. 2020 Porsche Taycan Turbo S View 41 Photos And the cost of the EV technology shouldn't even be that great for Bentley or Rolls-Royce, since they're both owned by companies that are leaders in electric car development with existing technology and the ability to spread costs out over various brands.