It can be seen from the figure that it is a 12-slot 24-stage motor with an inclined winding coil winding in the middle, then the parameters to be simulated are determined, and a 3d model of the axial field motor can be established in ANSYS software.

The coil is placed at an angle

After many simulations and calculations, we finally obtained some key data of this positive and negative rotating axial magnetic flux, and determined the key performance parameters such as the size of each component, the thickness of the magnet, the number of windings, and the current density.

Then we will begin the production process that consumes money and energy.

, wait! Do you want to know what's the use of doing this? Don't succeed then, where to use it? Making a decoration that can only contain X will waste money in your pocket.

of double-rotor helicopter
found through investigation that first of all, this kind of double-rotor helicopter is possible, and the advantage is that there is no need for popular science. Where there are propellers, it is necessary to rotate forward and backward. If this is the case, it will be too useful. Ships, aircraft, submarines, and even aircraft on Mars can do it. In short, those flying in the sky and those swimming in the sea on the ground can be used. It is a little exciting to think about it and imagine the freedom to enter the sea after successful application.

Ship, UAV, Mars Vehicle and Robot

, start to design and process a prototype. There is not much money. First, make a small size and low power one. Start drawing, processing, winding, assembling and testing. A lot of things start to work step by step. The following is a three-dimensional rendering. In order to install the carbon fiber blades, the structure of installing the blades is processed on the two positive and negative rotors.

of the positive and negative axial magnetic field motor model
. Finally, after a month of processing and assembly, it was finally completed!