1985 Jaguar Xjs Base Coupe 2-door 5.3l on 2040-cars

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Jaguar Land Rover names ousted Renault boss as new CEO

LONDON — Jaguar Land Rover (JLR) has picked ousted Renault boss Thierry Bollore as its next chief executive, with a mission to return Britain's biggest carmaker to profit after a big hit from the COVID-19 pandemic. Bollore took over at Renault in January 2019 after the fall of Carlos Ghosn, but was always viewed as close to the French carmaker's longtime boss and was pushed out in October when the company was looking for a fresh start. Bollore will take over at JLR on Sept. 10, replacing Ralf Speth, whose tenure ends after more than 10 years. "It will be my privilege to lead this fantastic company through what continues to be the most testing time of our generation," Bollore said in a statement on Tuesday. JLR was hit this year first by disruption to sales in China and then by lockdowns across Europe and North America as the COVID-19 outbreak spread around the globe. In 2019, it cut jobs to address tumbling diesel sales, which helped it return to profit. But as the pandemic struck, it slumped to a pretax loss of 422 million pounds ($545 million) for the year ended March 31, 2020. The company has already taken steps to tackle the crisis, including agreeing to a loan facility of around $700 million with lenders in China and further staff reductions. JLR is also in talks with the British government over potential support, according to media reports. Bollore takes over a business that built just over 500,000 cars in 2019/20. He faces a number of tasks, including how to handle the Jaguar brand, which underperforms the Land Rover marque, how quickly to electrify its lineup and a potential hit from Brexit if trade barriers are imposed. JLR has a partnership with BMW on electrification, and parent company Tata Motors recently recommitted to the company. "Tata Group recognizes and values Jaguar Land Rover's future potential highly," said JLR Chairman Natarajan Chandrasekaran earlier this month. "That is why this company is central to our global automotive presence – a presence that we intend to develop for years to come." Related Video:         (Additional reporting by Chris Thomas in Bengaluru and Gilles Guillaume in Paris; editing by Jason Neely and Mark Potter)

How Jaguar optimized the Ingenium gas engine for the F-Type

At the 2017 New York Auto Show, Jaguar showed off the new entry-level F-Type, packing a 2.0-liter, turbocharged, gasoline-fueled inline-four that produces 296 horsepower, which is built in-house in the UK. It's the debut of this branch of the Ingenium engine series, and it's also the top of the Ingenium gas range; most JLR vehicles will offer a less powerful 247-hp version. We caught up with Jaguar's engineers to figure out exactly how this high-output Ingenium engine differs, and what Jaguar had to do to fit it in the F-Type's engine bay. While all Ingenium 2.0-liter gas fours share major architecture – the aluminum block and heads, as well as the bore and stroke – there are some internal differences. The most important are the low-compression pistons, which allow for more boost without detonation. The new compression ratio is 9.5:1, compared to the 10.5:1 ratio in the 247-hp spec engines. To make the most out of more boost, you need new plumbing and a way to get more fuel into the combustion chamber. So Jaguar fitted a larger twin-scroll turbocharger that's unique to this application. It features low-friction ceramic ball bearings – Jaguar says this improves transient response. There are also new fuel injectors and a fuel pump to accommodate the increased demand for gas in the high-output engine. On the back end, there's a unique exhaust system with active flaps to give it a louder bark when called for. Of course, some new hardware and more boost means the various electronic systems that control the engine needed changes. For one, Jaguar's changed the cam timing and valve lift mapping, as well as the ignition timing. The throttle mapping and transmission calibration have also been optimized for the new engine. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. As far as the driver's concerned, the biggest change from the 247-hp engine to the 296-hp one – other than increased scoot – will be where the power peak is. The 296-hp engine makes peak power at a higher point in the rev range, which should reward drivers who generously prod the throttle and hold gears in manual mode. Remember, F-Types equipped with this engine will only be available with an automatic transmission. You should also remember that it's an excellent gearbox overall, with rapid, smooth shift characteristics, if the other 8-speed Jaguars are anything to go by.

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.