Filed under: Sedan, Technology, Videos, Jaguar, Luxury



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.

Considering that the XE is also using some of Jag's cutting-edge Ingenium family of engines, maintaining a low mass and high efficiency should be easier goals reach. The real question is still how it feels will feel to drive. Europeans get to find out in 2015, but North American buyers will have to remain patient until 2016. Hopefully, it'll be worth the wait. Scroll down for a video explaining more about the platform and for the full release.Continue reading Jaguar XE promises to net 'over 75 mpg,' just not for us [w/video]

Jaguar XE promises to net 'over 75 mpg,' just not for us [w/video] originally appeared on Autoblog on Tue, 29 Jul 2014 17:31:00 EST. Please see our terms for use of feeds.



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