I think what they're implying is a laser with a brighter spot than whatever the incoming designator uses, same pulse coding obviously, but it's showing as the brightest spot in the area as a decoy.

Same idea as the old Patriot radar constantly bouncing a pencil beam off the ground in front of the radar as a decoy for ARMs.

Nevermind that IMO some DIRCM where a laser blinds the seeker would be better.
 
I think what they're implying is a laser with a brighter spot than whatever the incoming designator uses, same pulse coding obviously, but it's showing as the brightest spot in the area as a decoy.

Same idea as the old Patriot radar constantly bouncing a pencil beam off the ground in front of the radar as a decoy for ARMs.

Nevermind that IMO some DIRCM where a laser blinds the seeker would be better.
Never disputed the "DICRM for tanks" thesis. That is exactly what patent states. The patent could be a side show capability while the argument remains the the same, a HE DEW in the form factor.
 
Never disputed the "DICRM for tanks" thesis. That is exactly what patent states. The patent could be a side show capability while the argument remains the the same, a HE DEW in the form factor.
Right, but what I'm saying is that the illustration reminds me of the Patriot radar, so they're bouncing a laser off the ground to be a brighter spot than the one on the target tank.

While I think that DIRCM-for-tanks would be the better option.
 
What's the rationale for DIRCM on tanks? As far as I'm aware, laser guided munitions are not a significant threat.
Those systems can also burn out any camera without proper EXPENSIVE protection.

And even the protected ones on the Javalin gets wonky forcing a miss.

You can see how it be useful to lolnope the cheap fpv drone everyidiot. bandies about.
 
Right, but what I'm saying is that the illustration reminds me of the Patriot radar, so they're bouncing a laser off the ground to be a brighter spot than the one on the target tank.

While I think that DIRCM-for-tanks would be the better option.
ok, understand. lasing the ground can be a whole other counter-mine/IED/on/off axis booby trap capability. This is category which not seamlessly emerge from the market. A gov would need to consolidate requirements and assume risk, Otherwise vehicles will continue to hunted even w/ passive mines.
 
Those systems can also burn out any camera without proper EXPENSIVE protection.

And even the protected ones on the Javalin gets wonky forcing a miss.

You can see how it be useful to lolnope the cheap fpv drone everyidiot. bandies about.
Oh man, I accidentally said laser guided munitions there. I was thinking of thermals alone for some reason, but yeah any electro optics are vulnerable now that you mention it.
A good idea.
 
I'm willing to bet that the eventual in-service version will be closer to the upper picture than the lower . . .

cheers ,
Robin .
 
I'm willing to bet that the eventual in-service version will be closer to the upper picture than the lower . . .

cheers ,
Robin .
Then it would be a mildly modified M1A2 without major improvements, hardly worth the investment although admittedly that's exactly what I'd expect from the US.
 
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