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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. Electromagnetic cars have the unique ability to lift off the ground and travel over obstacles if they encounter an impassable area.

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.

( copilot creation)

 

Thruster unit parameters

Each module consists of 12 linear motors. The thruster unit diameter is 1 meter, and the barrel width is 1.2 meters.
The barrel's central axis will be perpendicular to the driving direction.
Drive force 24x300 Newtons =7200 Newtons.
These automobile driving systems utilize electromagnets to create a magnetic field against gravity generating a levitation effect by turning the thruster units upward.
So that the electromagnetic cars may have an option to elevate from the ground and fly some distance if they meet an impassable area.

 

Heavy vehicles including commuter busses & trucks