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You could make an argument about drone jamming and autonomous behaviour not being quite there yet... I think that's what the "wingmen" are for. The paradigm we
by lainga 7y ago
You could make an argument about drone jamming and autonomous behaviour not being quite there yet... I think that's what the "wingmen" are for.
The paradigm we're moving out of was one where you'd get high-quality sensor data from a specialized patrol or AWACS plane like an E-3, which would send information to ground, which would relay it to the fighters. Now, platforms like the F-35 often have better sensors than patrol planes do; and despite still having a person inside, are better at evading missiles than big patrol planes are. So it's more like the fighters take on the role of the patrol planes; the human inside decides what to do, probably assimilating information from other fighters; and sends the drones out to do acrobatics. And there's no need to run that information through a ground station first.
- angry_octet 7y agoStill a place for AWACS, bigger RADAR allows different frequencies, much wider field of view, lots of power. Usually they would communicate with fighters directly to update their picture (voice & link). Ground controllers usually take a back seat to what AWACS says. The difference with the drone wingman (wingbot?) is that the controller is in the air and close by, and she can point a powerful X-band radar at the drones to use as an un-jammable comms link (high power, better geometry). If the manned aircraft were also to merge then they could be jammed because the geometry would be wrong, but for short periods the wingbot tactics are mainly dominated by physics (energy, shot flyout and engagement envelopes).