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Lunaz electrifying classic cars with coachbuilt, millimeter precision

One day last year, as David Lorenz waited by the side of the road for repair help with his classic car, he had an idea: Why not update all of that ancient mechanical "character" with a modern electric drivetrain? That would give an owner the beauty of the past, the mechanicals of the present, and the powertrain of the future. Jaguar does it with the E-Type Zero, and Aston Martin's in the game with the reversible EV powertrain swap for the DB6 Volante. And so Lorenz founded the British engineering firm Lunaz Design, named after his daughter Luna and headquartered at the Silverstone Technology Park. The company's first products are almost ready for order, starting with a 1953 Jaguar XK120 and a 1961 Rolls-Royce Phantom V. Lunaz conversions aren't a matter of pulling an engine and installing a battery pack; Lunaz reengineers classics. Managing Director Jon Hilton oversees a team bringing experience from carmakers such as Aston Martin, Ferrari, Jaguar, McLaren, and Rolls-Royce, with Hilton's resume including six years with Cosworth Engineering followed by eight years in Formula One. To develop the Lunaz offerings, a chosen car is stripped to the metal and weighed so that engineers understand the weight distribution at each corner, then the car is stripped to the chassis and 3D-scanned. This yields information allowing designers to create a powertrain that fits to the millimeter and stays true to the handling dynamics of the original vehicle. During the rebuild, the company says, any imperfections are remedied "using traditional coachbuilding techniques." The Jaguar and the Rolls-Royce get battery packs in two locations, one under the hood and one under the trunk floor. Lunaz says it can fit more battery for its in-house design into each car that way. The Jaguar's 80-kWh battery feeds two electric motors sending 375 horsepower and 516 pound-feet of torque to the rear wheels. The Phantom V uses a 120-kWh battery pack, but its output hasn't been released. While remaining true to the exterior and interior design of each car, Lunaz fits LED lights and modern tires, a modern suspension, better brakes with regenerative braking, power steering, an upgraded propshaft, and a fly-by-wire throttle. Safety and comfort additions include cruise control, traction control, and anti-lock brakes. Inside, the instrument cluster gets battery gauges, there's modern climate control, an infotainment screen with satellite navigation, and a Wi-Fi hotspot.

Rolls-Royce releases sketch of Phantom Drophead Coupe Bespoke Waterspeed Collection

A limited-edition Rolls-Royce Phantom is something of an oxymoron. The company only sold 3,630 cars last year, and even fewer of those were its flagship Phantom. However, that isn't keeping the company from regularly revealing even more limited editions of its already hyper-exclusive cars. This is precisely the case with the new Phantom Drophead Coupé Bespoke Waterspeed Collection, a forthcoming model limited to 35 examples.
The special models are inspired by a famous speedboat race on September 1, 1937, between the United States and Great Britain on Lake Maggiore on the Swiss-Italian border. The British fielded the Bluebird K3 hydroplane boat powered by a massive supercharged V12 Rolls-Royce R-Type engine with Sir Malcolm Campbell at the helm. All that displacement shot the sleek watercraft to 129.5 miles per hour, claiming a new world waterspeed record in the process.
For the special commemorative Drophead Coupé model that celebrates "a seminal act of British daring and endeavor," Rolls-Royce is finishing the convertible in Maggiore Blue paint with a brushed steel hood and tonneau cover, along with inlaid wood trim. Rolls is not announcing an official release date or price for the special cars yet, but they are going on sale before the end of the year. Scroll down for the whole story about the car's inspiration.

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.