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Rolls-Royce Ghost gets minor updates for 2013

Befitting a creature called the Ghost, it was there and then it wasn't: Rolls-Royce dropped a few details and a picture of the 2013 Ghost, then removed all trace of it from the corporate site. The Internet can't keep a secret, though, so we have the goss on a carryover sedan with a few upgrades.
Next year's model takes its inspiration and several new tricks from the Ghost Six Senses concept revealed at the Beijing Motor Show earlier this year. The new natural grain leather, cross-banded wood veneers and "exciter" (high-range) speakers come straight from the concept. A new alloy wheel option is also available, but the single press photo doesn't show the same alloys used on the Six Senses car. Not shown in Beijing but on the menu for the coming sedan is Comfort Access, the ability to open the trunk by waving your foot under the rear bumper as long as you have the key on your person. It is the first Rolls-Royce to get the option.
The price gets an upgrade, too, rising $7,050 to $260,750. Part of the increase is in the gas-guzzler tax, which climbed to $2,100 from $1,700 because of a new EPA calculations for fuel economy. As if you'd be worried about gas when you own a Ghost, but just in case, it will return 13 miles per gallon city and 21 mpg highway.

Rolls-Royce 103EX Concept | Autoblog Minute

The Rolls-Royce 103EX is a vehicle that looks to the future, offering a vision of the luxury automaker?s next century. Rolls-Royce calls its fully autonomous, zero emissions concept vehicle a masterpiece. Rolls-Royce Autonomous Vehicles Autoblog Minute Videos Original Video

Check out Rolls-Royce's totally awesome AWD mule

No, this isn't just a super badass Phantom. The car you see here – codenamed Project Cullinan – is an early development mule for the new all-wheel-drive suspension system that will eventually be found in Rolls-Royce's upcoming SUV. It's made up of a shortened Phantom body, looks totally murdered out, and has a huge freaking wing on the back. We love it. Of course, Rolls-Royce properly poo-poos any similarities between this mule and the eventual production model. "The body may hint at the size of the new car, but it features no design aspects of the eventual high-sided, all-terrain motor car announced by Rolls-Royce Motor Cars in February this year," the company said in a press release. The end goal of this mule is to create "a final all-wheel-drive system that delivers Rolls-Royce's hallmark 'magic-carpet' ride not only on the road, but off-road too." Screw the SUV. We'll take one as-is. PROJECT CULLINAN BEGINS DEVELOPMENT PROGRAMME AS ENGINEERING MULE APPEARS IN PUBLIC In its open letter on 18 February this year, Rolls-Royce Motor Cars gave an undertaking to inform stakeholders of the progress of Project Cullinan. Keeping this promise, Rolls-Royce Motor Cars has today published photographs depicting the first key milestone in the vehicle's development programme. The photographs are of the first engineering mule, which will be seen on public roads this week. This early engineering mule, based on a shortened Phantom Series II body, has been created purely to begin the development of an all-wheel drive suspension system that will deliver a ride that will be Effortless ... Everywhere. The body may hint at the size of the new car, but it features no design aspects of the eventual high-sided, all-terrain motor car announced by Rolls-Royce Motor Cars in February this year. The mule rides on the first iteration of an all-new suspension that will assist Rolls-Royce engineers in developing a final all-wheel drive system that delivers Rolls-Royce's hallmark "magic-carpet" ride not only on the road, but off-road too. The first series of tests will focus on Project Cullinan's on-road behaviour from suspension throw to high-bodied stability, and will test the new suspension across all types of international road surface specification at test facilities, as well as on public roads. Test surfaces will include; Belgian Pave, cobblestones, corrugated concrete, noise development and measurement surfaces, resonance road, and acceleration bumps.