Having a fairly decent knowledge of GPS I can confirm how easily a slow moving target can be manipulated, if the conditions are right.
However, I'm not sure if the technology in that drone would allow the signal to come from below. This is complete theory, naturally, but the skin of that plane is designed to absorb signal, correct? The signal would need to pass through the skin to get to the receiver. A GPS receiver needs a "line of sight" to the transmitter (satellites) in order to triangulate.
Having said that, we do have some receivers that will "see" through some materials to a very low degree, but a drone would have to be moving at a much slower rate.
I'm guessing that this drone would have been flying around 30,000 ft. The receiver should be on the top, pointing towards the satellites.
Overall, I'm still back and forth with what is really going on with all of it.
However, I'm not sure if the technology in that drone would allow the signal to come from below. This is complete theory, naturally, but the skin of that plane is designed to absorb signal, correct? The signal would need to pass through the skin to get to the receiver. A GPS receiver needs a "line of sight" to the transmitter (satellites) in order to triangulate.
Having said that, we do have some receivers that will "see" through some materials to a very low degree, but a drone would have to be moving at a much slower rate.
I'm guessing that this drone would have been flying around 30,000 ft. The receiver should be on the top, pointing towards the satellites.
Overall, I'm still back and forth with what is really going on with all of it.
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