This has a range of 400+km (100kmph = 4 hours to respond).
It's purpose to maintain an accurate picture of the sky, tracking many objects at the same time at different altitudes. The radar itself is just part of the picture - its data is integrated with command and control, where decisions are made about the picture coming in, and the data is blended with other sources to get a more accurate picture (not sure if bird or drone? check the video feed data, or a number of other sources).
The unit itself looks at the behavior of the object (speed, acceleration, routes, elevation, radar profile) to determine the likely class of the object (birds don't fly like drones nor do they have the same radar profile).
As far as mitigating threats, command and control again makes those decisions. It depends on the context of the fight and the resources available. In the hypothetical situation you think a kamikaze drone is headed your direction, the radars are mobile - one option is to simply move. You may know (or have a good guess) as to the specific threat - how it is controlled. You might take out drone communications with EW. You might misguide a precision munition by spoofing GLOSNAS/GPS so that it drifts and misses its target. If it is flying at a low elevation, you might be able to take it out with heavy machine gun fire. You might decide to let it strike, due to cost-benefit ratio.
It really gets down to specifics: What's the air asset? What the threat? What's the mission? What's the battle context? What are the resources?
Regarding a drone having zero command & control due to AI - most of the "AI" in drones is simple straight line flying for a couple hundred meters (so called "terminal flight guidance"). This is because enemy electronic warfare cover may jam communications channels for the drone as it approaches closer to a target. As cool as it sounds to have fully autonomous drones making complex decisions, piloting around obstacles in all weather conditions in 3D space, tracking moving targets, etc - this isn't the threat from drones right now.
It's purpose to maintain an accurate picture of the sky, tracking many objects at the same time at different altitudes. The radar itself is just part of the picture - its data is integrated with command and control, where decisions are made about the picture coming in, and the data is blended with other sources to get a more accurate picture (not sure if bird or drone? check the video feed data, or a number of other sources).
The unit itself looks at the behavior of the object (speed, acceleration, routes, elevation, radar profile) to determine the likely class of the object (birds don't fly like drones nor do they have the same radar profile).
As far as mitigating threats, command and control again makes those decisions. It depends on the context of the fight and the resources available. In the hypothetical situation you think a kamikaze drone is headed your direction, the radars are mobile - one option is to simply move. You may know (or have a good guess) as to the specific threat - how it is controlled. You might take out drone communications with EW. You might misguide a precision munition by spoofing GLOSNAS/GPS so that it drifts and misses its target. If it is flying at a low elevation, you might be able to take it out with heavy machine gun fire. You might decide to let it strike, due to cost-benefit ratio.
It really gets down to specifics: What's the air asset? What the threat? What's the mission? What's the battle context? What are the resources?
Regarding a drone having zero command & control due to AI - most of the "AI" in drones is simple straight line flying for a couple hundred meters (so called "terminal flight guidance"). This is because enemy electronic warfare cover may jam communications channels for the drone as it approaches closer to a target. As cool as it sounds to have fully autonomous drones making complex decisions, piloting around obstacles in all weather conditions in 3D space, tracking moving targets, etc - this isn't the threat from drones right now.