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Jaguar Land Rover won't get a bailout from the UK

Bailout talks between Jaguar Land Rover and Tata Steel with the UK government have ended, leaving both firms to rely on private financing to overcome the impact of coronavirus on business, the Financial Times reported on Friday. The report said that talks for an emergency funding fell through as Jaguar Land Rover (JLR) did not qualify for taxpayer support. It is the luxury car unit of India's Tata Motors and Tata Steel, both owned by Indian conglomerate Tata Group. The bailout plan, titled "Project Birch", had been authorized by Finance Minister Rishi Sunak in May to rescue companies that are seen as strategically important, with the Treasury saying it may step in to support crucial businesses on a "last resort" basis after other options run out. The report, citing a source familiar with the matter, said that the funding scheme became infeasible for Tata as it imposed strict conditions on any lending. "Tata Steel remains in ongoing and constructive talks with the UK Government on areas of potential support," Tata Steel said in an emailed statement. The UK Treasury said it would not comment on individual companies. Tata Motors did not immediately respond to request for comment. Related Video: Earnings/Financials Government/Legal Jaguar Land Rover

Jaguar XE promises to net 'over 75 mpg,' just not for us [w/video]

With around a month away from its world debut on September 8, Jaguar continues to issue a constant drip of updates about its upcoming XE compact luxury sedan that's aiming to take on the BMW 3 Series and Audi A4. Where the company's last bit of info focused on the car's suspension setup, this time Jag's putting the spotlight on the new model's modular platform and making some big promises about it, too. How big? Try over 75 miles per gallon big.
That's the headline figure that Jaguar is claiming for its new sedan, but it's keeping mum on just what powertrain will realize that figure. Furthermore, that result is on the European test cycle, which is more lenient than America's EPA testing regime. In any case, when the XE hits the road, Jag says it will be the most efficient vehicle from the company, ever.
That's thanks in no small part to the aluminum-intensive monocoque chassis underpinning the sedan. It's constructed from a new grade of the lightweight metal called RC 5754 that uses a high portion of recycled material. "The Jaguar XE body uses over 75-percent aluminum content, which far exceeds any other car in its class. This gives us a body structure with unrivaled low weight: it's light but also immensely strong with extremely high levels of torsional stiffness," said Dr. Mark White, Jaguar Chief Technical Specialist; Body Complete.

Jaguar Project 7 Concept

The Jaguar Project 7 Concept debuted at the Goodwood Festival of Speed just last month. But unlike most concepts, which serve only to collect fingerprints on a stage, the track-ready one-seater spent its days barreling past the hillclimb crowds with Mike Cross, chief engineer of vehicle integrity at Jaguar, beaming behind its right-hand-drive steering wheel. What's more, the powers that be at Jaguar even let yours truly drive the Project 7 during the Concurs d'Elegance festivities at Pebble Beach last week.
Built on an all-aluminum V8 F-Type chassis with modified suspension, the Project 7 (a name acknowledging Jaguar's seven Le Mans wins between 1951-1990) is best thought of as an F-Type masquerading as a D-Type. The two-door is fitted with a supercharged 5.0-liter V8 good for 550 horsepower (no pictures as Jaguar wouldn't allow us to open the hood). An eight-speed automatic, with a torque converter, sends the power the rear wheels, allowing the single-seat roadster to crack the 60-mph benchmark in just over four seconds.
Modifications to the bodywork include a new lowered windshield, carbon-fiber aerodynamics and a rear fairing with integrated rollover hoop. The driving position has also been lowered by more than an inch, allowing the sole occupant to not only escape the airflow, but take advantage of a lower center of gravity.