A concept car that anticipated a quantum leap forward to 2096 appeared at the 1996 British Motor Show, held in the industry’s centenary year. It bristled with initiatives of which the most radical was the absence of a driver in the accepted sense.
Commissioned by the industry body, the Society of Motor Manufacturers and Traders, and featured on its stand, Concept 2096 looked more like a crustacean than a motor car.
The SMMT’s brief was to use its flair and imagination to design a vehicle for 2096. Coventry University conceived it. Initial work was allotted to final-year students at university under senior lecturers in design, Simon Saunders and Samantha Porter, his opposite number in ergonomics. Further work was undertaken in Coventry by Geoff Matthews Design, who also produced the full-size clay model.
In designing the vehicle, its creators’ recognized that landmasses and local geography would probably be unchanged, which also applied to the road structure. They believed that motorways and other main and trunk roads could increase their capacity by 50 percent.
The reasoning was that all vehicles would be controlled by a road-management system and not physically driven by the individual user.
Concept 2096 was designed to be powered by electric motors. These could be recharged while the car was moving – perhaps from roadside senders in much the same way that a train receives current. But there were no wheels, with propulsion, suspension, steering, and braking all the responsibility of a mysterious malleable, muscular material that does not yet exist. Perversely, its creators christened it slug drive.
The owner would enter the destination and preferred route into the onboard computer and do the rest. The navigation system could be geared for up to 483 km/h (300 mph) and accelerate or slow the car as and when required.
All such vehicles would travel near one another under computer control to use valuable road space most efficiently.
The car was painted in so-called Smart colors by automotive paint manufacturer PPG. In an open country, it would change color to blend in with the natural environment. But on entering more urban surroundings, it would alter to become more visible and increase levels of personal safety, yet another innovative attribute of a truly remarkable vehicle.
Source: Wood, Jonathan (1997) Concept Cars, Paragon, ISBN 0-75252-084-9.
