2012 Rolls-royce Ghost, 2k Miles, 298k Window, Warranty, Perfect Inside And Out on 2040-cars

Auto blog

Former BMW M boss and Maserati CEO killed in freak motorcycle accident

It's a tragic coincidence that on the same weekend the BMW M4 Coupe Concept was introduced in Monterey, one of the men most integral to BMW's M and Motorsports divisions, Karl-Heinz Kalbfell, was killed in England. Kalbfell, a vintage motorcycle enthusiast, was set to compete in the Lansdowne Classic Series at Brands Hatch and had an accident during a practice session. After going wide at Druids Corner and falling, he was hit by a competitor following close behind and died of his injuries after being transported to hospital.
Kalbfell, an engineer, began his career at BMW in 1977 in the communications department; a decade later he was chairman of BMW M GmbH, overseeing development of some of the cars responsible for the myth of M. In 1994 he was named chairman of BMW Motorsport, and his cap full of feathers includes getting the BMW V12 into the McLaren F1, getting the BMW V8 into two Morgan cars, along with developing BMW's Formula One engine and return to the sport. Not incidentally, he also assumed leadership of Project Rolls-Royce after BMW bought the British marque in 1998, which means he oversaw the Goodwood factory upfit and the creation of the Phantom.
He left Rolls-Royce for a brief stint at Fiat, heading Alfa Romeo and Maserati, then went into consulting for clients like Lotus and Paragon, who built the Artega GT. As Autocar notes, Kalbfell "had an abiding sense that customers needed to be attracted to cars by their aura and reputation, not just their engineering." He will be missed.

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.

Bloodhound SSC fires up Rolls-Royce jet engine for land speed record

RAF ST MAWGAN, England — Fizz, whirr, shriek, pop and silence ... It took several attempts to get the Bloodhound land speed record contender started for the first time on Sept. 28. On a bright and blustery day at RAF St Mawgan in Cornwall, in southwest England, the sense of occasion was palpable, if only the damn jet engine's blades would fire up. But the Rolls-Royce 20,232-pound-thrust turbofan wasn't going to give up its virgin status as a car engine easily. As driver, RAF pilot and current land speed record-holder Andy Green explained, the Rolls EJ200 is one of the most reliable military jet engines ever, but it's never been used before in a car. "I can show you figures of its incredible reliability," he said, "but every bit of its control software expects it to be in a Typhoon [fighter aircraft], and we have to keep telling it that it is in an aircraft, which needs some quick-footed work on the software." This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Quick-footed indeed, as right there on the RAF St Mawgan runway, without a pizza or a Coca-Cola in sight, software engineer Joe Holdsworth performed a virtuoso piece of recoding on the engine's software to persuade it not to shut down in alarm at some low-level electrical interference it simply doesn't see in its normal aeronautical environment. Then, with just 20 minutes left of the team's running permission window, the remote jet starter cart shrieked, its air-delivery pipe bulged like an elephant's trunk blocked with a coconut and the massive turbofan spun, popped, emitted a polite ball of flame and smoked into life. No cheers or high-fives here; this is after all a British team. But there was clear delight from the 20 engineers attendant on Bloodhound. After three successful starts, Wing Commander Green leapt from the cockpit and Mark Chapman, chief engineer, pronounced that he was well satisfied and that the sight of a jet car surging gently against its arrestor cable and wheel chocks was awesome. "We knew it was going to take a couple of starts to get it running," said Chapman, who explained why the engine appeared so smoky at first. "This is an inhibited engine, so it was tested a couple of months ago at Rolls-Royce and basically filled with corrosion inhibitor, and you've got to blow that all through at the start.