KJ-600 carrierborne AEWC thread

LuzinskiJ

Junior Member
Registered Member
Thanks!! I guess that make sense, single sided because of power and perhaps weight. But if it isn't necessary to for K600 to cover 360 degrees, then it I think each carrier would need to have multiple K600s in the air at the same time to provide enough protective coverage.
 

GTI

Junior Member
Registered Member
Thanks!! I guess that make sense, single sided because of power and perhaps weight. But if it isn't necessary to for K600 to cover 360 degrees, then it I think each carrier would need to have multiple K600s in the air at the same time to provide enough protective coverage.
It rotates. And it’s mounted on something that flies, around.
 

by78

General
Satellite images allegedly taken in Xingcheng (兴城), Liaoning Province.

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54095289014_2d34c0c337_o.jpg
 

Atomicfrog

Major
Registered Member
Do the Kj-600 have a radar probably optimized for overwater searching ? It have probably a nice short take off capability that could be interesting in some area over land. Is it possible that it find a way outside naval use?
 

LuzinskiJ

Junior Member
Registered Member
This could be the most accurate length disclosure of KJ-600. 17.555m, taking notes.
Meanwhile, E-2C on wiki says 17.596 m.
Another interesting tidbit from that paper is the propellers r counter rotating. If that’s true then that’s a big difference from the E3. But if they r counter rotating, then why does the kj-600 need such elaborate stabilizers?
 
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taxiya

Brigadier
Registered Member
Another interesting tidbit from that paper is the propellers r counter rotating. If that’s true then that’s a big difference from the E3. But if they r counter rotating, then why does the kj-600 need such elaborate stabilizers?
The antenna dome of KJ-600 and in the same way E-2 are much larger than E-3 relatively. Their many stablizers are meant for the air turbulence created by the antenna dome. The direction of propeller rotation only create mechenical vibration but not much difference in air flow.

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A turboprop moves a much larger volume of air (larger diameter of air column) than a turbofan. The turbulant air flow is closer to the radome in a turboprop aircraft than a trubofan counterpart. So the impact is much severe demanding more area of stablizer.
 
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