According to Mr.Akyol, they have used radars developed for AD to track ISS lol
A large target at 400 km means a small success.
According to Mr.Akyol, they have used radars developed for AD to track ISS lol
If it flies high enough, its feasible.exaclty what i was thinking of.
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what do you guys think about this solution, cheap, 7/24 search and track, attach it to the ground station, connect this to network and game over.
Remember me on an Israeli manoeuvre, where some F-16 flown in a close formation, that enemy radar thought, that was a single passenger plane.Yes, yes. I understand that. I am asking, what if some targets are so close to each other (in a tight formation) that they can be tracked within the scope of a single illumination beam out of 10 beams? (Given CFAKR can create 10 beams simultaneously) and thus be engaged.
In this way, CFAKR will be able to engage more than 10 targets simultaneously, no?
Remember me on an Israeli manoeuvre, where some F-16 flown in a close formation, that enemy radar thought, that was a single passenger plane.
And now you are a radar expert, wow.A large target at 400 km means a small success.
We need better proofs for success.
I have at least acquired a second class marine radio electronic operator license at some point in my life and was in the communications company for a month for my army service.And now you are a radar expert, wow.
It was in the 80's.With modern radars it's not gonna work.
This literally has nothing to do with how radar works.I have at least acquired a second class marine radio electronic operator license at some point in my life and was in the communications company for a month for my army service.
My point is how you call a work too easy as if knowing every in and out.What is your point, why is a jumbo jet size target at 400 km a hard to find target for a radar?
You better stop underestimating other people's work, especially the ones who have been writing filter algorithms for the radar, for years. They are not doing it like " oh anyway this is signal too let's try detecting ISS, wooow bro it works, naah too easy" . There has been plenty of work involved to do that. So definitely " not too easy " as you might say.Just by following a few threads on this forum one can learn how objects not categorized as stealth and is bigger than a few meters will shine like bulb on a radar. Stop underestimating forum members.
communications company also known as signal
Arabel can engage 10 targets simulteneusly so same as CFAKR.However, the newer Ground fire used in SAMP/T-NG can do 16 maybe more.This can be solved by using two CFAKR per battery.Outperforming Euro/Israeli/USA systems on your first go is not easy.This is a good system and there is plenty of time for improvement I believe.Isn't 10 guidance beam a bit low for a such large X band AESA FCR? I mean, even SAMP/T's old Arabel PESA radar could engage 16 target simultaneously.
Arabel can engage 10 targets simulteneusly so same as CFAKR.However, the newer Ground fire used in SAMP/T-NG can do 16 maybe more.This can be solved by using two CFAKR per battery.Outperforming Euro/Israeli/USA systems on your first go is not easy.This is a good system and there is plenty of time for improvement I believe.
Hi, I was also at that MEBS school for 4 months. And you are right, it is not some huge accomplishment to see ISS on a radar. You can not only see the international space station with a small telescope as an individual person you can even talk to them with a small antenna.Just by following a few threads on this forum one can learn how objects not categorized as stealth and is bigger than a few meters will shine like bulb on a radar. Stop underestimating forum members.
communications company also known as signal
I knew Morse code, I had a license but all is lost after many years.Hi, I was also at that MEBS school for 4 months. And you are right, it is not some huge accomplishment to see ISS on a radar. You can not only see the international space station with a small telescope as an individual person you can even talk to them with a small antenna.
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