A remote radar of this type was used by various NASA programs to track missiles and satellites. Using feedback circuits, this radar is able to track the target automatically when it is running. The use of this type of experimental radar by the military, at some key air force bases in New Mexico, in 1947, especially in June, July, September, and October of that year, led to Roswell UFO disaster.

The diagram below is listed different types of radar displays, which were available to operators of this kind of radar. This type of radar was able to produce specific results, but with catastrophic consequences for alien ships because it caused a general disruption in the propulsion system of some ships.

This spacecraft is works with geomagnetic drive. A geomagnetic drive is one that has two electromagnetic current coils, the main one being around the diameter of the ship and the secondary one being perpendicular to the primary coil. Together, they provide buoyancy and stability to control the vessel in the Earth's magnetic field. That was the main cause of the accident in Roswellwhen there was a collision between two unmanageable ships that was caused by geomagnetic drive failures.

There followed two crashes when two ships encountered a geomagnetic disaster caused by the radiation of military radar stations.

One ship collapsed after the collision, the other was seriously damaged and flew for a short time, so it was later found at a remote location.