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Anonymous
Edited in accordance with Nashoba's Suggestions.
A few spelling issues
many s e p e r a t e contacts - should be separate had to space out because the site autocorrected it.
that effect Quantum and subspace - should be affect
kilometer abbreviation is written KM and km should be km
focus it's radar - should be its it's is a contraction for it is.
As a former radar technician, the following should be reworded to possibly. It depends on the design of the radar system, most 20th century radar systems have built in protection to prevent this from happening.
single target to overload their radar(up to 75 KM away);
How does it supposedly absorb a sensor ping? A radar pulse is going to hit the frame and bounce back. A transmitting system is not going to be able to suck up the RF energy. That's the job of radar absorbing paint, materials and such.
It can follow enemy sensors to the source, make a small object appear larger on sensors than it actually is (but not the inverse), as well as absorbing an enemy sensor ping.
many s e p e r a t e contacts - should be separate had to space out because the site autocorrected it.
that effect Quantum and subspace - should be affect
kilometer abbreviation is written KM and km should be km
focus it's radar - should be its it's is a contraction for it is.
As a former radar technician, the following should be reworded to possibly. It depends on the design of the radar system, most 20th century radar systems have built in protection to prevent this from happening.
single target to overload their radar(up to 75 KM away);
How does it supposedly absorb a sensor ping? A radar pulse is going to hit the frame and bounce back. A transmitting system is not going to be able to suck up the RF energy. That's the job of radar absorbing paint, materials and such.
It can follow enemy sensors to the source, make a small object appear larger on sensors than it actually is (but not the inverse), as well as absorbing an enemy sensor ping.
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Anonymous
Nashoba said:
The F-22's AESA Radar actually has the capacity to do this very thing.
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Anonymous
Edited the article again, Nash.
I added a Wikipedia link for reference on the AESA.
There is no explanation of this
supplemented by Quantum and Subspace Chaff.
The Quantum and subspace chaff systems allow the system to create white noise that affect Quantum and subspace sensors
The Q&S chaff system needs to be clarified. As the majority of this article is talking about radar and would have no affect on these sensor systems.
There is no explanation of this
supplemented by Quantum and Subspace Chaff.
The Quantum and subspace chaff systems allow the system to create white noise that affect Quantum and subspace sensors
The Q&S chaff system needs to be clarified. As the majority of this article is talking about radar and would have no affect on these sensor systems.
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Anonymous
Edited article to remove Quantum and Subspace chaff.
