1988 Jaguar Xjs V12--31 K Miles--no Reserve--4 Videos--12 Pictures on 2040-cars

Auto blog

Stunning Jaguar E-Type Lightweight tribute featured by Petrolicious

This is a Series 1 Jaguar E-Type Coupe. Enzo Ferrari, Il Commendatore himself, called it "the most beautiful car ever made." It can count among its owners Steve McQueen, Brigitte Bardot and a number of other celebrities from the 1960s. It remains one of the prettiest and coolest cars ever.
While we don't normally prescribe to modifying classics like the E-Type, cars that are used for vintage racing, like this particular example, are certainly the exception. It's owned by Jason Len and is the subject of the latest video from the team at Petrolicious.
Len's 1964 E-Type has been fashioned to look like one of the rare Lightweight E-Types from 1963 and 1964. The aluminum-bodied E-Types, of which only a dozen were built, were all intended exclusively for racing, much like Len's heavily modified example. While it retains the 3.8-liter straight-six, its engine, transmission, suspension, brakes and body have been extensively tweaked and fettled to allow this classic Jag to compete with a field of V8s.

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 opens new engine plant in the UK

The heads of Jaguar Land Rover are having a busy couple of weeks opening factories. Just days after inaugurating the company's first overseas plant in China, the automaker's new Engine Manufacturing Center in the UK is being inaugurated, as well. The plant near Wolverhampton, England, marks the first time in decades that JLR is building its own powerplants in-house. Further signaling the importance of this launch for the business, Queen Elizabeth II and Prince Philip were on hand and even tweeted about it.
The factory's first major project is to build JLR's latest Ingenium four-cylinders, starting with the 2.0-liter diesel version. "Our new Engine Manufacturing Centre is an important step in advancing the competitiveness and capability of the UK automotive sector. The production of in-house engines will support the expansion of the UK supply chain providing critical mass for inward investment," said Trevor Leeks, plant operations director in the automaker's announcement.
Opening the doors to the Engine Manufacturing Center has been years in the making for JLR. The plant was first announced in September 2011 and broke ground in June 2012. Building it cost the company 500 million pounds ($800 million) and created 1,400 new jobs. Of course, being a state-of-the-art factory, considerations were made to make the place as energy efficient as possible. That meant installing the UK's largest solar array with 21,000 panels to produce about 30 percent of the site's electricity needs.