Gravity and geomagnetic field propulsion

What if to spin those gyroscopes by use of those electric motors? However, there must be a kind of support underneath that central holder for both arms to prevent falling this system on the bottom. Even if someone would be trying to apply toroidal electromagnet inside this holder which would be generating magnetic field interacting with this centrally located permanent magnet, system would be still tending to fall in planetary gravity although the weight of the system is in pro-gravity state generated by those gyroscopes. The device will not be able to generate lift and it need fulcrum point, and through this fulcrum point still the rest of force generated by gravity will be transmitted by the central magnetic core to the ground. The other situation will be created when the strong magnetic field on the deck of the vehicle would be interacting with Earth's geomagnetic field, but if this situation the strength of magnetic field generated by vehicle should be measured in hundreds or even thousands of Teslas.  I assume, that only a fraction of needed magnetic field interaction on the deck with geomagnetic field will do in the situation of created pro-gravity state where most of the mass of the vehicle would be accumulated in the gyroscopes, so the vehicle would be needing only part of that energy which is required to lift the vehicle if only vehicle would working without rotating gyroscopes and acting would be relying only on magnetic interactions.

The electromagnet generating external magnetic field for the vehicle should be oriented properly to external magnetic field of the planets or galaxies to create repulsion with this field in relation to planets surfaces. The quantity of energy needed for lift the vehicle should be minimal if the weight of staying in rest mass would be negligently small and for instance 90 percent of mass would be rotating in gyroscopes. Electric field is also sensitive on magnetic field so if to accumulate one kind of charge on the hull and another would be concentrated in small space inside the spaceship also we could travel in magnetic field using this kind of principles. Geomagnetic field is very weak with comparison to the field which is used in superconductive magnets which have applications for instance in nuclear magnetic resonance diagnostic devices. But the fact that humanity can create so strong magnetic field and even stronger than this is promising in further experimenting with such a propulsion types. How strong the field should be to sustain proper support for the gyroscopes I don't know but if this would be tens of kilograms or hundreds of thrust available for support the central axis then when the gyroscopes would be spinning very fast the system would be undertake the work and the relations between trust created by magnetic field and pro-gravity created by gyroscopes would be engaged. The good idea would be use Tesla's coil for creating strong electric field which should be deliver on the hull, so magnetic field from the planet or galaxy would be interacting with this electric high intense field. So the polarization of the hull would be resulting with the tendency to move the spaceship perpendicularly to the lines of external geomagnetic field and this could mean that this would be an electromagnetic gravity propulsion capable of space travel. 

 Second case with autonomous propulsion without using geomagnetic field.