The British sports car maker Morgan, best known for its classy, hand-built
roadsters that give a strong nod to the past, isn't hesitating to embrace the
future of the automobile. The company just released some advance details and
images for its LIFECar concept, to be revealed to the press next week at the
Geneva Motor Show.
The hydrogen-powered Moggie coupe, has a very traditional sports-car
silhouette — low-slung, with a long, low hood, rounded rear
glass and upright tail. Yet, instead of the expected gasoline BMW V-8 of
Morgan's production flagship coupe, the Aero8, it has a fuel cell and electric
motor system on board
The LIFECar concept, according to Morgan, “takes a
fresh look at transport, offering as revolutionary an approach to personal
freedom as did the brilliant Morgan Threewheeler introduced by HFS Morgan nearly
100 years ago.” And, the automaker hints, it may preview the form of performance
motoring for the brand ten years or more from now.
The four-stack fuel cell, supplied by British
defense contractor QinetiQ, was designed to meet the constant-load cruising
conditions — about 20 percent of peak power — and operates at an overall
efficiency of 45 percent. Quick bursts of power are delivered as needed by a
bank of ultra-capacitors, which are capable of “shuffling up to 1000 amps back
and forth,” according to the automaker, to deliver the juice needed for peak
acceleration and to get the most effective energy storage from regenerative
braking.
Instead of a central electric motor system and
transmission, such as that used by most hybrids and electric vehicles to date,
the LIFECar uses four electric motor/generators, each directly connected to its
respective drive wheel.
To wrap all this componentry together into a
cohesive, reliable, and supposedly fun-to-drive package, the Morgan concept
employs a sophisticated management system, developed by England's Cranfield
University, that allows a most noteworthy regenerative braking action of up to
0.7g at higher speeds while providing smooth hydraulic brake action at low
speed.
Altogether, Morgan says that the LIFECar will
deliver a top speed of 80 to 85 miles per hour, a 0-62-mph acceleration time of
less than seven seconds, and a 250-mile range on a tank of hydrogen. Its
fuel consumption is most noteworthy, at an estimated gasoline-equivalent 150
mpg.
Inside, the LIFECar uses a combination of
lightweight aluminum, wood, and leather materials that correspond to the car's
environmental focus, including a contoured, “saddle leather” seat design.
We'll have more details on the LIFECar from the
Geneva show floor, beginning March 4.
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