vizier
Registered Member
It can work to a degree but once those doors are detected by spy satellites they would be taken out. It can cover some area with decoy radar installations and can use underground tunnels to dissasemble to a new location periodically. But these systems are very bulky and mostly operated stationary.Indeed, long range (~600km) AEW radar are massive, and do not really posses the time or ability to be taken down and moved rapidly. Consider the Fath-14 for instance.
North Korea has much the same problem.
Legacy radar systems can be withdrawn into underground revetments and secured by a sliding ‘door’. Which of course will have no bearing to say a garage door.
The new large radar unveiled by North Korea at an arms exhibition, would exacerbate physical defensive measure.
This radar is so large that it was raised at an angle just to fit into the exhibition hall: -
View attachment 169560
Piet
Passive radars seems to be more promising if developed further with better signal processing - ai. Still even with the passive radars, fm-vhf transmitters should be towed hourly(or less) to new locations to not to be detected and taken out by spy satellites.
Airborne radars are necessary to detect low flying targets. Enemy can make toss bombings by flying low not being detected by ground radars. The problem with airborne radars are they are not stealthy and need usaf like fighter escort protection.
Another option can be converting helicopters to carry airborne radars to detect long distance low-high flying targets. Chinese have a new carrier drone for example. A larger version can be fitted with aesa pods and can transmit data to a ground processor vehicle or process itself and send the data. It is not stealthy but can be converted to a more stealthy version.
The center of rotors need to be covered similar to this example
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