A lot has been said and written about the future of vehicles, especially the future of electric vehicles. There is a new term gaining in popularity called ‘electromobility’, this term stands for the transfer of energy to an electric motor. It can be defined as the motor’s ability to move energy to and from an electrical source using only electromagnets.
The earliest prototype of electric vehicles was introduced decades ago; it was the rotary screw drive concept that gave birth to the modern electric car. Since that time we have seen advancements in different technologies and designs for electric vehicles. We are now at the point where different types of electrically powered vehicles are being designed and produced. Some of these designs are being used in mass production, while others are still in research and development stages. There is a lot of talk about electric vehicles and their prospects in the future, however it is unknown how far in the future these vehicles will be able to perform all of the functions that people need them to perform.
There is one type of an electric vehicle which has become popular recently, this vehicle is called the magnetically driven vehicle (MTV). It uses two different metals, aluminum and magnetized uranium, which are placed in a frame with a magnet or a flywheel attached to the rear. The aluminum and magnetized iron are then pushed by the electric motor via a series of copper tracks which are parallel to each other. This design allows the electricity to flow through the metal from the battery to the AC to the motor, and then directly into the air intake system. When the air enters the engine, the electricity is accelerated by the magnetism in the metal to produce the torque needed to propel the vehicle forward.