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Jaguar Land Rover building new R&D center for hybrids, EVs, autonomous cars

The success of Jaguar Land Rover in recent years has largely been down to a resurgent product lineup, but a recent move into the research and development will see the British-based, Indian-owned brands take the fight to its German rivals more aggressively than ever before.
JLR is investing 50 million pounds ($80,345,000, as of this writing) in a joint R&D center in central England. The move will more than triple its staff dedicated to research, from 150 to 500, with Wolfgang Epple, JLR's Director of Research and Technology telling Automotive News Europe, "In order to play among the big animals in automotive and to be anchored in the mind of customers you have to have offered something unique, to be first in market. We want to be one of the key premier automotive manufacturers."
Jaguar Land Rover's 50-million-pound contribution represents more than half of the 94-million-pound tab, on the so-called National Automotive Innovation Campus. Based at Warwick University, Tata's European Technical Center, Warwick Manufacturing Group and the Higher Education Funding Council, an agency of the British government, are all chipping in for the facility.

Jaguar gets to work on next-gen XF sedan

With the XE now out in the open, Jaguar can begin to focus on what comes next. That means a new crossover, but also replacements for some of its aging current models - chief among them, the XF. Introduced back in 2007, Jaguar's mid-range sedan is growing a little long in the tooth. But from these latest spy shots, we can see that the British automaker is hard at work developing its successor.
Expected to be based on the same iQ A1 platform that underpins the new XE, the new XF promises to be lighter in weight and more advanced than the model it replaces. Look for most of the same engines to carry over, including gasoline and diesel options ranging from four cylinders to eight, with and without forced induction, with a potential plug-in hybrid version to follow. The current model is available in rear- and all-wheel-drive configurations and in sedan and wagon body styles, and we'd expect its replacement to follow suit.
The low-profile wheels and dual exhaust pipes on one of the prototypes spotted suggests it would lie somewhere near the top of the range, while the second prototype packs taller sidewalls and a trailer hitch. It's hard to discern much esle from the spy shots, heavily camouflaged as they are, but as with the technology underneath, we'd expect styling to takes some cues from the smaller XE as well. Jaguar will, of course, need to tread the line between distinctive and understated if it's going to fend off the Maserati Ghibli and take a bigger slice of the pie away from the likes of the Audi A6, BMW 5 Series and Mercedes-Benz E-Class, the Lexus GS and Infiniti Q70, the Cadillac CTS and the upcoming new Volvo S90.

Jaguar confirms 575-hp F-Type Project 7 for Goodwood debut

Two days ago, Jaguar announced it had something special in store for the Goodwood Festival of Speed this weekend. Then yesterday images of that special creation, the F-Type Project 7, leaked out. And now, as promised, Coventry has released the full details on the ultimate F-Type to date. And its even better than we expected.
The production version of the concept revealed last year, the F-Type Project 7 celebrates the 60th anniversary of the D-Type by borrowing some of that legendary roadster's design cues, right down to the rear fin and British Racing Green livery with white racing stripes.
Of course the Project 7 is more than just a retro appearance package. The bespoke speedster packs a version of Jaguar's prolific 5.0-liter supercharged V8 with 575 horsepower - 25 more than the F-Type R Coupe - to make it the Leaping Cat marque's most powerful production car to date. Mated to Coventry's familiar eight-speed automatic transmission, that's said to be enough to propel the Project 7 to 60 in 3.8 seconds en route to an electronically limited top speed of 186 miles per hour. Keeping all that power and pace in check and on the road are such features as carbon ceramic brakes, a full complement of carbon-fiber aero components, electronic differential and brake-based torque vectoring system.