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Balakot, clouds and BS Dhanoa can't let it go

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spice doesn't has recording/optical capability?
For some reason, I believe IAF intended to miss but then why this drama
so I will probably come to the conclusion that they put in wrong coordinates and didn't bother to manually guide it

It has the capability only when it is being guided manually Like our H-4. Those Spices that were launched were in autonomous mode in which you can't record a strike in real time.
 
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These words are golden and should be written in letters of gold...by BS Dhanao.

We hit three buildings and left one deliberately. The weapon is designed in such a way that building survives but the occupants don’t,” he said.
 
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Just to add one more point to it. The SOW he is mentioning that failed to record the kill, It was supposed to be POPEYE SOW. They were going to release POPEYE just to record the kill along with SPICE-2000. SPICE was never meant to Record the kill. There are two theories surrounding this screwup
No sir, they used Spice-2000 as stated by IAF and its wreckage found at balakot. Also their are quite a lot of videos and information available which states live video is relayed back to launching platform.
1. PAF timely interception caused them to turn away sooner than they anticipated and they were not able to launch the POPEYE in time

2. They POPEYE malfunctioned and couldn't leave the Hard point, hence it wasn't launched
I think India NEVER wanted to cause human casualties in such a high numbers so they deliberately targeted few hundred feet away from intended target.
 
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More BS from BS Dhona..
His parents named him appropriately,..Kudos to them.
 
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No sir, they used Spice-2000 as stated by IAF and its wreckage found at balakot. Also their are quite a lot of videos and information available which states live video is relayed back to launching platform.

I think India NEVER wanted to cause human casualties in such a high numbers so they deliberately targeted few hundred feet away from intended target.
But why the drama than
Its possible they put in bad data ..after all they shot down their own chopper?
Or was that a covers !!
 
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No sir, they used Spice-2000 as stated by IAF and its wreckage found at balakot. Also their are quite a lot of videos and information available which states live video is relayed back to launching platform.

I think India NEVER wanted to cause human casualties in such a high numbers so they deliberately targeted few hundred feet away from intended target.

Spice-2000 can not record the video when it is launched in Autonomous mode. Read up the Indian reports. Several bombs failed to separate from Hard points. Hence only 5 spices were launched as per them.
 
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These words are golden and should be written in letters of gold...by BS Dhanao.

We hit three buildings and left one deliberately. The weapon is designed in such a way that building survives but the occupants don’t,” he said.

Their ancient literature is also replete with the description of such weapons of magical and supernatural properties.:lol::lol::lol:

I think India NEVER wanted to cause human casualties in such a high numbers so they deliberately targeted few hundred feet away from intended target.

That is, what I believe. They failed to gather courage to inflict real damage, whether of life or infrastructure, inside Pakistan.
 
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Spice-2000 can not record the video when it is launched in Autonomous mode. Read up the Indian reports. Several bombs failed to separate from Hard points. Hence only 5 spices were launched as per them.

At 2:25 mark
 
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At 2:25 mark


1. First, there is pure CCD or IIR (for low lighting conditions) image matching, when the guidance section uses algorithms in order to match the target image in its memory with the image provided by the seeker, and align the center of the seeker's FOV with the desired image (guidance method known as DSMAC).

2. Second, if the CCD\IIR seeker can not acquire its target for any reason (such as visual obstructions), the bomb can automatically switch to GPS\INS guidance. This means that the bomb aspires to bring itself to the target's altitude at a known geographical location. The bomb receives data on its current location from GPS satellites, or from an inertial navigation system in the bomb itself, that has been fed, through the pylon datalink, with the dropping aircraft's coordinates a fraction of a second before drop, and can therefore calculate its own coordinates from the dropping time and on.

3.Third, there is a manual "man-in-the-loop" guidance option, in which the WSO looks at a backseat TV display in order to see the seeker's view (sent to him through a RF command guidance datalink) and uses the backseat stick to control the bomb all the way to the target. With a skilled WSO that has a "sensitive hand", this guidance method is probably the most accurate one employed today for air-dropped munitions, and has no measurable miss distance. Its main drawback is that it allows for only one bomb to be guided at a time

https://en.wikipedia.org/wiki/Spice_(bomb)


Your video contains the 3rd Option

India couldnt use 1st or 3rd option because former requires a good weather and weather was not conducive for IIR seeker to see clearly. Nor the 3rd option again due to the bad weather and clouds

India Launched the Spice as per the 2nd option
 
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1. First, there is pure CCD or IIR (for low lighting conditions) image matching, when the guidance section uses algorithms in order to match the target image in its memory with the image provided by the seeker, and align the center of the seeker's FOV with the desired image (guidance method known as DSMAC).

2. Second, if the CCD\IIR seeker can not acquire its target for any reason (such as visual obstructions), the bomb can automatically switch to GPS\INS guidance. This means that the bomb aspires to bring itself to the target's altitude at a known geographical location. The bomb receives data on its current location from GPS satellites, or from an inertial navigation system in the bomb itself, that has been fed, through the pylon datalink, with the dropping aircraft's coordinates a fraction of a second before drop, and can therefore calculate its own coordinates from the dropping time and on.

3.Third, there is a manual "man-in-the-loop" guidance option, in which the WSO looks at a backseat TV display in order to see the seeker's view (sent to him through a RF command guidance datalink) and uses the backseat stick to control the bomb all the way to the target. With a skilled WSO that has a "sensitive hand", this guidance method is probably the most accurate one employed today for air-dropped munitions, and has no measurable miss distance. Its main drawback is that it allows for only one bomb to be guided at a time

https://en.wikipedia.org/wiki/Spice_(bomb)


Your video contains the 3rd Option

India couldnt use 1st or 3rd option because former requires a good weather and weather was not conducive for IIR seeker to see clearly. Nor the 3rd option again due to the bad weather and clouds

India Launched the Spice as per the 2nd option
What's the evidence that the weather was bad that day???
 
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Look at this dumb moron, first he says the balakot strike was a success and achieved its goal and then he says if we had rafales we would have inflicted behavioral changes. This only means that balakot was a failure and disnt achieve what india wanted. What kind of retards are indian air chiefs.
 
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1. First, there is pure CCD or IIR (for low lighting conditions) image matching, when the guidance section uses algorithms in order to match the target image in its memory with the image provided by the seeker, and align the center of the seeker's FOV with the desired image (guidance method known as DSMAC).

2. Second, if the CCD\IIR seeker can not acquire its target for any reason (such as visual obstructions), the bomb can automatically switch to GPS\INS guidance. This means that the bomb aspires to bring itself to the target's altitude at a known geographical location. The bomb receives data on its current location from GPS satellites, or from an inertial navigation system in the bomb itself, that has been fed, through the pylon datalink, with the dropping aircraft's coordinates a fraction of a second before drop, and can therefore calculate its own coordinates from the dropping time and on.

3.Third, there is a manual "man-in-the-loop" guidance option, in which the WSO looks at a backseat TV display in order to see the seeker's view (sent to him through a RF command guidance datalink) and uses the backseat stick to control the bomb all the way to the target. With a skilled WSO that has a "sensitive hand", this guidance method is probably the most accurate one employed today for air-dropped munitions, and has no measurable miss distance. Its main drawback is that it allows for only one bomb to be guided at a time

https://en.wikipedia.org/wiki/Spice_(bomb)


Your video contains the 3rd Option

India couldnt use 1st or 3rd option because former requires a good weather and weather was not conducive for IIR seeker to see clearly. Nor the 3rd option again due to the bad weather and clouds

India Launched the Spice as per the 2nd option

Clouds do not interfere with option 1 and 2.
Watch the video again, despite of clouds the weapon was still able to search and match the target using internal images.
 
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