Permanent magnets and electric inertial propulsion.

This propulsion is a continuation and development of earlier propulsion solution but in this solution I have changed the manner of setting of the permanent magnets. I will apply magnets placed on their edges and rotating magnets also placed on their edges. This time I have applied different location of permanent magnets to each other. Bar permanent magnets will be set attached side by side they will attract each other creating circumference magnetic rim (120 bar neodymium permanent magnets). There will be also rotating permanent magnets also but with repel polarization to the rim magnets. Such a construction of the system will eliminate the necessity of application of hard to obtain technologically one - piece rim magnet and allow to build much cheaper system from smaller bar magnets. These magnets will be placed in 3D printed holder which will be predicting the slightly inclination of each magnet on circular track. The system as my earlier solution will be powered by electric motor. The system will need to be paired with the same oppositely rotating device, or one should consider applying oppositely rotating circumference neodymium rim magnet in the same mechanically bound system, to obtain more consolidated system. By use of such a solution I can obtain easier to build system but including more magnets. I also considered the application of oppositely rotating rim to balance the system. 

The permanent magnets in outer rim are attached side by side and they are merging north pole to south pole each other.