2013 Range Rover has major fuel efficiency improvements and a diesel hybrid version
Jaguar Land Rover premiered the 2013 Range Rover today in London, showing major leaps forward in weight, efficiency, capability and luxury. Additionally the company confirmed there will be a diesel-electric hybrid version, which will not be coming to the U.S. Yet. The big story is the use of lightweight materials and new manufacturing techniques, resulting in a massive weight reduction, and much higher fuel efficiency. This is not the gas guzzling SUV of yesteryear, while retaining the "drive literally anywhere" mantra of the Range Rover.
The new platform for the 2013 Range Rover uses lightweight all-aluminium construction resulting in a 20% lighter SUV over the previous generation, and a reduction of 22% in fuel consumption and emissions. Implementation required a £370m investment in manufacturing capabilities, including a new aluminium body shop at the company's Solihull plant. The new facilities will be used on not only the Range Rover, but other vehicles bearing Jaguar and Land Rover brands.
Dr. Ralf Speth, Jaguar Land Rover Chief Executive Officer, said: "This outstanding new Range Rover symbolises our commitment to investing in Britain and exporting around the world, delivering class-leading performance, agility, quality and luxury in a model that enjoys iconic status in almost every market. As the UK's leading automotive investor in R&D we are proud of the work that has gone into developing the new technologies and innovations to make the new Range Rover possible. Through a £370m investment in our manufacturing facilities we have been able to build the world's first SUV with lightweight all-aluminium construction, a car that is 20% lighter, with fuel consumption and carbon dioxide emissions reduced by 22%."
The weight reduction means over 700 lbs of weight has been cut from the previous Range Rover. The chassis is bonded and riveted aluminium, resulting in an SUV that's significantly stiffer than the previous Range Rover.
The weight reduction helps the company achieve fuel consumption and emissions reduction goals. To get all the way there the company has new engine and drive train choices, including the diesel parallel hybrid. This is based on a new 3.0-liter turbo-diesel V6 engine, using a ZF eight-speed automatic transmission integrated with an electric motor. The 1.7-kWh battery pack sits low in the chassis, tucked inside a boron steel cradle to give the sort of protection required for use cases the Range Rover is designed to accommodate. That is, wading depth is unaffected by the parallel hybrid drive train.