1996 Rolls Royce Silver Spur Sedan on 2040-cars

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Rolls-Royce gets down to testing new aluminum architecture

Rolls-Royce is preparing to step – or serenely glide – into modernity. It has a new aluminum architecture under development that's set to underpin all its future products. And now it's giving us a taste of what's to come. Goodwood first announced the new platform in February when it revealed intentions to build its first SUV. Now it's saying the architecture won't just underpin the crossover known tentatively as Project Cullinan – it'll form the basis of every model it makes from 2018 onwards. Rolls is already testing the new platform with mules like the one pictured above. The vehicle would appear to be a Phantom behind a mask, but the way that Rolls has disguised the rear end of the prototype tells us it might be wearing a more wagon-like roofline, the likes of which we'd expect to see on the crossover when it arrives. The company's also been testing its first all-wheel drive system for the same project with another type of test mule entirely. Once Project Cullinan is complete, Goodwood's first SUV will launch into a market filled with high-end products. Porsche is firmly established in the sector, and Range Rover is making ever-more expensive models. Soon Bentley, Jaguar, Aston Martin, Maserati, and Lamborghini will also join the fray, but the Rolls-Royce will likely be the most expensive and most luxurious of them all. ROLLS-ROYCE MOTOR CARS ANNOUNCES FUTURE ENGINEERING DEVELOPMENTS In February 2015, Rolls-Royce Motor Cars announced the development of an all-new aluminium space-frame architecture that will underpin all future Rolls-Royce models arriving in market from early 2018. The company today announced that it has begun the testing phase of this new architecture, with early preparatory activity seeing new engineering mules tested in public around the world. The Architecture of Pure Luxury The future of pure luxury motoring is already taking shape as Rolls-Royce Motor Cars begins testing its new aluminium space-frame architecture which will underpin all future Rolls-Royce model lines. The architecture will arrive in market from early 2018. Engineering mules will be assessed on public roads in various locations around the world. The current testing phase aims to ensure that the new space-frame structure perfectly delivers Rolls-Royce's trademark 'magic-carpet ride' on a variety of surfaces and that it is resilient to extreme weather conditions.

Everybody's doing flying cars, so why aren't we soaring over traffic already?

"Where's my flying car?" has been the meme for impending technology that never materializes since before there were memes. And the trough of disillusionment for vehicles that can take to sky continues to nosedive, despite a nonstop fascination with flying cars and a recent rash of announcements about the technology, particularly from traditional automakers. Earlier this month, Toyota applied for an eye-popping patent for a flying car that has wheels with spring-loaded pop-out helicopter rotors. The patent filing says the wheels/rotors would be electrically powered, while in on-land mode the vehicle would have differential steering like tracked vehicles such as tanks and bulldozers. At an airshow in July, Aston Martin unveiled its Volante Vision Concept, an autonomous hybrid-electric vertical takeoff and landing (VTOL) vehicle it developed with Rolls-Royce. Aston says the Volante can fly at top speeds of around 200 mph and bills it as a luxury car for the skies. Audi used the Geneva Motor Show in March to unveil a flying car concept called the Pop.Up Next it developed with Airbus and Italdesign. If the Pop.Up Next, an electric and autonomous quadcopter/city car combo, gets stuck in traffic, an app can be used to summon an Airbus-developed drone to pick up the passenger compartment pod, leaving the chassis behind. Audi said that the Pop.Up Next is a "flexible on-demand concept that could open up mobility in the third dimension to people in cities." But Audi also acknowledged that at this point it has no plans to develop it. The cash-stoked, skies-the-limit Silicon Valley tech crowd is also bullish on flying cars. The startup Kitty Hawk that's backed by Google co-founder Larry Page announced in June that it's taking pre-orders for its single-seat electric Flyer that's powered by 10 propellers and is capable of vertical takeoffs and landings. The current version can only fly up to 20 mph and 10 feet in the air and has a flight time of just 12 to 20 minutes on a full charge. The Flyer is considered a recreational vehicle, so doesn't require a pilot's license. Uber says it plans to launch its more ambitious Elevate program and UberAIR service in 2023. "Uber customers will be able to push a button and get a flight on-demand with uberAIR in Dallas, Los Angeles and a third international market," Uber Elevate promises on its website.

Rolls-Royce electric airplane smashes record, hits 387.4 mph

Just two months after its maiden flight, Rolls-Royce's "Spirit of Innovation" has hit a top speed of 387.4 mph, tentatively smashing the speed record for electric airplanes, Gizmodo has reported. It also claimed the top speed of 345.4 MPH over a 3 kilometer (1.86 mile) course and lowest time to a 3,000 meter (9,843 feet) altitude (202 seconds). The records have yet to be certified, but if the 345.5 mph speed stands, it would beat the current record of 213 mph — held by a Siemens-powered Extra 330LE — by an impressive 132 mph.  Rolls-Royce (the aviation, not the car company), conducted the tests on November 16 as part of its ACCEL (accelerating electrification of flight) project. To have the records certified, it's submitting the trials to the Federation Aeronautique Internationale (FAI), the body in charge of world aviation records. If confirmed, the speeds would be pretty impressive considering that the plane only made its maiden flight in September — suggesting that with more time, it could go even faster. 51690212450_7e8bcb3ad8_k View 12 Photos The Spirit of Innovation is an old-school "tail-dragger" airplane (steering at the rear) with the canopy pushed way back, and looks as fast as it goes. It's powered by a 400 kW (535 HP), 750 volt motor. Rolls-Royce said it uses the "most power-dense propulsion battery pack ever assembled in aerospace," with 6,480 cells.  As Engadget detailed in an explainer, electric airplanes aren't practical since current batteries are 50 times less energy dense than jet fuel. However, they do hold some promise for very short trips, like a 30 minute jaunt between Vancouver and Victoria in Canada. And unlike non-turbocharged ICE engines, electric motors retain full power as an airplane climbs, making them ideal for time-to-altitude record attempts — as the Spirit of Innovation has just shown.  Green Rolls-Royce