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Electomagnetically driven Cars & other ground vehicles

Electromagnetic cars do not rely on traction between their wheels and the ground; instead, they generate a direct propulsive force on the vehicle's body. These vehicles are equipped with electromagnetic thrusters for propulsion and a conventional steering wheel for directional control. Since propulsion is independent of wheel friction, these vehicles are immune to skidding on low-traction surfaces like ice, making them exceptionally safe in such conditions.

An average car produces a driving force of approximately 7,500 to 8,000 N at its wheels. To match this performance, electromagnetic cars utilize four electromagnetic thrusters. These thrusters are aligned to combine their thrust vectors, providing cumulative force in a single direction. For power, an onboard internal combustion (I.C.) engine runs an electricity generator, which in turn charges a battery bank. This hybrid setup ensures the driver has a continuous power supply during their journey, even in remote areas..