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Rolls-Royce Spectre revealed — its first-ever, 577-horsepower electric car

Next year, Rolls-Royce plans to deliver its first EV: Spectre. Teased more than a year ago, this new EV will be the first battery-powered model from Rolls-Royce (but not its last) as the company turns the page to what CEO Torsten Muller-Otvos called "the start of a bold new chapter" for the show-stopping British marque. While the Spectre is not yet ready for prime time, the new battery-powered coupe has reached the point where Rolls-Royce is comfortable sharing it with the world as its engineers work to hammer out the details.  Rolls-Royce Spectre EV View 34 Photos Its side profile may suggest that Spectre shares its underpinnings with the Wraith, but Rolls-Royce says that's not the case. Aerodynamic drag be damned, Rolls-Royce went out of its way to redesign the Spirit of Ecstasy so that it could remain a fixture of the company's design even in a world where even the smallest hint of turbulence can draw scrutiny. This is the first production implementation of the revised ornament. Under the skin lies an all-aluminum architecture engineered to reduce mass wherever possible. This (and its derivatives) will be the platform upon which Rolls-Royce's future EVs will ride; it's also shared with the company's latest round of petroleum-powered models. Rolls-Royce says it is also 30% stiffer than any previous model the company has sold, which is no mean feat considering the fact that its engineers incorporated the battery pack into the Spectre's structure.  Integrating powertrain into the chassis can be a nightmare for internal combustion models, but Rolls-Royce says it has paid big dividends with Spectre. Mass dampening is one of the most effective means of controlling vehicle NVH, and very few components offer the density of a battery pack. All 700 kilograms (~1,540 pounds) pull double duty as sound deadening in the Spectre. That brings its total curb weight to just under 6,650 pounds — approximately 1,300 pounds heavier than the Wraith.  Rolls-Royce says it'll have more than enough power to overcome that mass. While specifications of the battery pack and motors are not yet available, Rolls-Royce did confirm that it its targeting a power output of 577 horsepower and 664 pound-feet of torque. It should hit 60 mph in just 4.4 seconds on the way to a top speed of 155. With its 23-inch wheels, it should offer approximately 260 miles of range on the EPA cycle.

Going mobile: Custom Rolls-Royces inspired by British rock

A rockstar lifestyle and luxury cars go hand-in-hand. To recognize this and to celebrate some of the finest rock music created in Britain, Rolls-Royce will build nine bespoke Wraith models customized in the style of British rock stars. The first four cars in the "Wraith Inspired by British Music" series were unveiled at the Sanderson Hotel in London. The cars have been designed in collaboration with some of the most well-known names in British popular music, and Rolls-Royce says the stars were personally invited to the "Home of Rolls-Royce" in Goodwood, England. The first four cars were created with Roger Daltrey OBE of The Who, Sir Ray Davies of The Kinks and Giles Martin, the son of recently deceased music producer Sir George Martin, famed for the work he did with The Beatles among others. Behind the project is English artist Alistair Morrison, who is working on a series of British rockstar portraits. Daltrey helped to design two cars, first a Who-style Wraith and one fashioned for the band's rock opera "Tommy," with a hood that showcases the sleeve of the famous concept album. However, there is not yet word of a Keith Moon edition Wraith to be delivered into a swimming pool. Cars to be revealed later include a Status Quo Wraith designed with Francis Rossi, a Shirley Bassey Wraith with legendary 007 theme-song touches and a Ronnie Wood car designed to suit the Rolling Stones guitarist.

Over 10 years of research went into the Rolls-Royce Spectre EV

Rolls-Royce's first series-produced electric model, the 577-horsepower Spectre, made its debut in October 2022. Electrification suits the British luxury brand well, as its clients primarily prefer a smooth and quiet ride over a deep exhaust note that sends chills down your spine. But the company's top executive told Autoblog that finding the right path to the EV segment required over a decade's worth of research. The electric 102EX prototype from 2011 helped blaze this path. It wasn't approved for production, but it showed Rolls-Royce what to do. "We never intended at that time that we would bring [the 102EX] to the market," company boss Torsten Muller-Otvos told me on the sidelines of the 2023 Villa d'Este Concours d'Elegance. "I joined Rolls-Royce in 2010, and I was always in the belief that we need to look into alternative propulsions for the brand." Rolls-Royce is part of the BMW Group, and this practice is common throughout the company: BMW and Mini experimented with electric prototypes at that time as well, and the iX5 presented in 2023 will bolster the firm's hydrogen research. Rolls-Royce learned several lessons from the 102EX project. One was to simply keep on keeping on. "One clear learning from all of our clients worldwide is to make sure that it is a Rolls-Royce first and an electric car second, not the other way around. [The Spectre] smells like a Rolls-Royce, it feels like a Rolls-Royce, and it sounds like a Rolls-Royce — [that means that] there is no sound, obviously. [There is] no funky dashboard, huge screen, or whatever. That would not be us," he continued. Customers also told Rolls-Royce not to make a car defined by superlatives. These buyers aren't concerned about having the longest driving range or the quickest acceleration time, largely because they already have a variety of different cars in their fleet plus access to private jets. This also explains why many Rolls-Royce models aren't used as long-distance cars in spite of a powerful V12 engine and a spacious interior. "It was clear that we don't need to be number one with outrageous range; a range of [about 310 miles] is totally sufficient for our clients. [The EX project] also gave us the right logic behind battery size, what we need to do in terms of body shape, and what the car should look like. It's a very fine balance between range, the size of the battery, and what kind of compromises you suddenly get into the entire design of the car. I'm going to say we learned a lot.