2008 Jaguar Xj8 on 2040-cars

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Jaguar to finish building six remaining Lightweight E-Types

Back in February of 1963, Jaguar set about making a small run of lightweight E-Types. It recrafted the bodywork out of aluminum, shoehorned in a 3.8-liter straight-six with an aluminum block, stripped out the interior, removed the chrome trim and fitted lighter-weight side windows. The result was a 250-pound reduction in curb weight and a commensurate increase in performance, especially evident on the race track. The company originally set about building 18 examples, but only managed 12. The remaining six were allocated chassis numbers, but were never built. That is, until now.
Fifty years since the last of the original 12 lightweight E-Types were completed, Jaguar has announced that it is preparing to resume production and complete the final six examples. The company has assigned its top craftsmen to the job, who will build the half-dozen continuation Lightweights to the same exact specifications as the original dozen. Former sister-company and perennial arch-rival Aston Martin undertook a similar task (or at least authorized Zagato to do so) when it sanctioned four continuation examples of the original DB4 GT Zagato based on original chassis numbers in 1988, and another two based on original body shells and stock DB4 chassis in 1992.
Jaguar has not yet announced pricing and availability for the continuation Lightweights, but the first old-is-new example is set to debut this summer, whereupon Coventry will release further details. You can bet, though, that each one will be snapped up rather quick at just about any price the British automaker cares to put on them.

Can a Jaguar XKR-S be drifted while blindfolded?

Bring together a 550-horsepower Jaguar XKR-S and a rain-soaked skidpad, and it's almost impossible to not end up in a sideways drift... accidental or on purpose. With that in mind, the gang over at Autocar got a hold of the monstrous XKR-S for the latest installment of "Will it Drift?," only they raised the stakes a little by attempting the feat with a blindfolded driver
We've driven the XKR-S a number of times here at Autoblog (including a First Drive, Review and Quick Spin), so we weren't at all surprised to learn that blind drifting in the car is possible. But what is remarkable is the ease at which it happened. This, of course, can be credited as much to the car as to the driver, Steve Sutcliffe. Check out the impressive video for yourself, which is posted after the jump.

Jaguar Land Rover's latest tech makes roads safer for bikes [w/video]

Safety in automobiles isn't just about protecting the occupants anymore. It's about protecting pedestrians who might be struck by an automobile, and as Jaguar Land Rover is demonstrating, it's about protecting cyclists as well. The latest experimental safety system from the British automaker is called Bike Sense, and it builds upon technologies the company has demonstrated recently, taking them a step further to make the road safer for those riding on two wheels. The system uses a combination of colors, sounds and vibrations to alert the driver of a potential hazard that might have otherwise gone unnoticed. Demonstrated on an XJ sedan, the system identifies nearby two-wheeled vehicles as pedal-powered or motorized, and alerts the driver accordingly. If a cycle is passing a the vehicle's blind spot, the top of the seat will vibrate to virtually "tap" the driver on the left or right shoulder, prompting him or her to look over that shoulder for the hazard. LEDs inside the cabin will then illuminate amber to red in the direction that the bike is passing. The system will even chime a bicycle bell or motorcycle horn as the two-wheeled vehicle approaches, and vibrate or stiffen the accelerator pedal if the driver keeps moving towards the obstacle. And if an occupant of the parked vehicle starts to open the door into the path of moving vehicle, it'll flash a light, sound an alarm and even vibrate the door handle to warn the occupant of the oncoming hazard. We could imagine the alerts getting a little distracting, but JLR says the system is designed to prioritize potential hazards when their are groups of pedestrians, bicyclists and/or motorcycle riders on a busy urban street. This is, of course, just the latest in a long string of new systems JLR has under development, following such technologies as the Transparent Bonnet, the Smart Assistant, the Virtual Windscreen for track sessions and the 360 Virtual Urban Windscreen for city driving. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.