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Rolls-Royce's future models will be electric-only starting in 2030

Rolls-Royce's first series-produced electric car, the Spectre unveiled in 2022, won't be its last. The BMW-owned company announced that every new car it launches after 2030 will be electric-only, though it stressed that there's still space in its range for V12-powered models. "All future Rolls-Royces, new ones, will be only electric while maintaining what Rolls-Royce stands for," company boss Torsten Muller-Otvos told British magazine Car. He added that this thinking explains the Spectre's overall design. "That's why we also decided to go with classical Rolls-Royce proportions. It needs to look like a Rolls-Royce: monolithic, great stature, it carries proudly the pantheon grille. It drives like a Rolls-Royce, it accelerates like a Rolls-Royce, it wafts like a Rolls-Royce ... it has all of the same materials — while being electric," he said. That doesn't mean that Rolls-Royce's design department is stuck in a rut. The modular platform that underpins the Spectre (pictured) will serve as the foundation for other EVs, and Muller-Otvos told Car and he's open to experimenting with "very different technologies" and "different shapes," though he stopped short of providing specific details. "[Electric technology fits perfectly with the brand," he opined. Rolls-Royce expects the Spectre will be able to drive for up to 260 miles on a charge. That's not much, but the company explained driving range isn't a big concern for its customers. They mostly use their cars in urban centers and they're able to charge at home and at work. If you're saving up for a V12-powered Rolls-Royce, it's not too late. "I still foresee a very good business for us in future for Cullinans, for Ghosts," noted Muller-Otvos in the same interview.

Rolls-Royce Black Badge Cullinan 'Blue Shadow' straddles Earth and space

Rolls-Royce has another special edition for stargazing types who might not have the schedules to stay up all night stargazing. Called the Rolls-Royce Black Badge Cullinan "Blue Shadow" Private Collection, its design honors the nebulous area where Earth's atmosphere ends and so-called "outer space" begins. Since the edges of our planetary terrarium blend into space, there's no useful coloring-book-like boundary. The International Aeronautics Federation uses an arbitrary height called the Karman line, which Hungarian engineer and physicist Theodore von Karman decided would be 100 kilometers above Earth because that's around where the last traces of aerodynamic lift petered out, giving way to "astronautics." The Cullinan Blue Shadow is a canvas for artistic representation of the Karman line and what lies beyond. The deep blue exterior color signifies the atmosphere's upper layers where the blackness of space suffuses the blue of our daytime skies. Contrasting satin jewelry in the front fascia suggests the silica and aluminum oxide whitewash applied to the thermal protection tiles on craft like NASA's Space Shuttle. The Spirit of Ecstasy was produced in 3D-printed titanium coated in a blue-tinted lacquer, the base inscribed with "Blue Shadow Private Collection." The Cullinan's 22-inch wheels are also dressed in a lacquer layer for dark translucence. Inside, the starlight headliner's been decorated with an embroidered moon composed of five colors, each color sewn in with a different technique and texture. The headliner's 799 white LEDs and 384 blue LEDs create a field of stars for Luna, Rolls-Royce engineers tweaking the twinkling effect in the LEDs "for an even more enchanting glow." The painted instrument panel and door cards transition from black up high to dark and then light blue below. Six layers of colors combine five blues with a black, providing another kind of twinkle thanks to blue and clear glass particles in the clearcoat. The Private Collection clock comes with blue anodized details and an engraved "Blue Shadow." The artwork created in the seats is a first for Rolls-Royce. Each seat's been perforated more than 75,000 times in a pattern representing the Earth as seen from space.

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.