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rear side is less prone than front side sir


Maybe @gambit can explain it better and even correct it, but overall a radar reflecting part is a radar reflecting part regardless where it is mounted. I agree that for certain typical profiles the "rear side [may be] less prone than front side" but a canard must not necessarily be less stealthy. You surely know the Northrop NATF proposal had canards, one of the earlier concepts from Boeing for the 6th generation fighter had canards ...
 
Maybe @gambit can explain it better and even correct it, but overall a radar reflecting part is a radar reflecting part regardless where it is mounted. I agree that for certain typical profiles the "rear side [may be] less prone than front side" but a canard must not necessarily be less stealthy. You surely know the Northrop NATF proposal had canards, one of the earlier concepts from Boeing for the 6th generation fighter had canards ...
Hi, Deino, finally saw your personal photo a few days ago.
 
Hi, Deino, finally saw your personal photo a few days ago.


Indeed a funny story! A Pakistani friend posted some images from his former company and the FL-series UAVs and I posted in reply a few showing standing besides these models at Zhuhai 2018.
 
rear side is less prone than front side sir
How about this
1651564019247.png


How about this.
1651564095157.png


Stealthy is designed by computer and tested in lab, not by looking, bro.
 
How about this
View attachment 840363

How about this.
View attachment 840364

Stealthy is designed by computer and tested in lab, not by looking, bro.
F-22 has fixed intake ramp, I forgetting aviation term of this intake design, but it has minimal effect on stealth and same goes to F-35 bumps on underbelly
 
F-22 has fixed intake ramp, I forgetting aviation term of this intake design, but it has minimal effect on stealth and same goes to F-35 bumps on underbelly
I just want to show you that if canard is possible an issue, then f-22 has issues too by looking.

You don't know the materials of F-22 intake, I don't know the canard of J-20 either.

But I do know there are lots of means to avoid radar reflection, not only by shape.

Do you know the front area of B-2 has half meter thick Radiation-absorbent material? We just can't judge by naked eyes.

 
How about this
View attachment 840363

How about this.
View attachment 840364

Stealthy is designed by computer and tested in lab, not by looking, bro.

This alone will generate much stronger radar reflection or resonance to X band radars than any canards at any angles, and RAM coating cannot mitigate it substantially.
1651564019247-png.840363
 
New J-20 pilot.

1651627125526.jpeg
 
This alone will generate much stronger radar reflection or resonance to X band radars than any canards at any angles, and RAM coating cannot mitigate it substantially.
Unless you got hard data to back it up , it is the other way around. The canard is worse and I bet you cannot explain either way.
 
Unless you got hard data to back it up , it is the other way around. The canard is worse and I bet you cannot explain either way.

What's the hard data to back up your point then?
 
Unless you got hard data to back it up , it is the other way around. The canard is worse and I bet you cannot explain either way.

canard is metal or metal composite typically titanium and then creeping waves plus actuation….duh!
 
Unless you got hard data to back it up , it is the other way around. The canard is worse and I bet you cannot explain either way.
All American need is send a F22 or F354 to Chinese territory to test it out.
 
All American need is send a F22 or F354 to Chinese territory to test it out.
bin there done that....:D
 
bin there done that....:D
No, it was previously discovered by China in South Korean airspace, not in China
 
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