1978 Rolls Royce Silver Shadow Ii Base Sedan 4-door 6.7l on 2040-cars

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Rolls-Royce readying Wraith convertible

For seven years, Rolls-Royce got by on the Phantom line alone, expanding on the original saloon with a long-wheelbase version, a coupe and the convertible. But now that the Ghost is part of the family, Goodwood seems to be following a similar expansion.
What started with the Ghost sedan has since been joined by the extended-wheelbase model and the Wraith fastback coupe. And now we're receiving spy shots of a Wraith-based convertible undergoing testing.
Potentially to be called the Wraith Drophead Coupe like its larger Phantom-based counterpart, the cabrio is likely to borrow much from the Wraith fastback - including its 6.6-liter twin-turbo V12 producing 624 horsepower and 590 pound-feet of torque - but with a folding cloth roof mechanism to let the wind and engine note in, although the prototype pictured here is wearing a makeshift hardtop.

Rolls-Royce SUV depends on fortunes of BMW X7

The on-again, off-again discussion regarding the rumored Rolls-Royce SUV seems to be back in the "maybe" camp now. In February, we heard that Rolls-Royce was considering adding an SUV, but then in April, another report said that these rumors had been shot down. Automobile is now saying that this ultra-luxury SUV could be determined by the success of the equally uncertain BMW X7 (on which the R-R SUV would be based), which we've heard little on since 2011.
Although the article is based solely on speculation, there are some interesting details about such a potential Rolls-Royce, including a plug-in hybrid drivetrain using a twin-turbo V8 (not a V12) and a chassis and body built in South Carolina with final assembly taking place in Goodwood - where all Rolls-Royce cars are built. We could also assume that a green light for a Rolls-Royce SUV would be based on the success of rival SUVs like the Bentley Falcon and Maserati Levante.

Bloodhound hits 210 mph in test for land speed record run

It was actually 210 miles per hour, 10 mph faster than promised. The rest of the day went swimmingly, and on schedule, by the Bloodhound land speed record team. "The car ran for 20 minutes, and it did two full-power runs, with full power for 5 seconds, and 0 to 200 mph in just under 9 seconds," said Mark Chapman, Bloodhound's chief engineer. "So the exciting bits were about 18 seconds long, but people were here from dawn to dusk. The atmosphere was unbelievable." Bloodhound, which will travel at 70 mph simply on the idle of its EJ200 jet engine, had to be held back on the brakes before wing commander Andy Green floored it for 5 seconds. The jet flamed and roared on afterburner and then it was over. I might have given a little squeak; it was mightily impressive. "This is a really big engine," said Richard Noble, Bloodhound project director and former land speed record holder, "and when it runs, there's a flame and a crackle and boom, and people think, 'My goodness, that's really something.'" It was, and Green might well have thought so when he first came to apply the brakes in testing for the inaugural public run last week on the runway at RAF St Mawgan near Newquay in Cornwall. "We've had some interesting times working out how carbon brakes work, because they do take a while to warm up," said Chapman. "The cockpit footage online shows Andy's eyes looking like dinner plates when he puts his foot on the brake and nothing happens for a bit." Typically, Green took it all in his stride. He is one of just three people alive to have traveled at 600 mph on the ground (Richard Noble and Craig Breedlove are the others) and was hugely impressed with Bloodhound. "The car is absolutely fabulous," he said. "From day one, it felt right: crisp and precise, you can feel it on the road; it's super. There was only one slight surprise on the braking and that was more to do with the engine over-swing." This meant that the Rolls-Royce Eurofighter engine wouldn't shut off immediately when Green lifted from the throttle. "That delay was a real surprise to us," he said, "because all previous jet cars have had mechanical fuel-control systems where a rod closes a valve and a quarter of second later, all thrust has gone. The EJ200 engine, though, manages its own fuel supply based on what the digital throttle request is, and it takes quite a lot longer to stop.