1.Depends upon nature of war head we will use.
As far as I know, each missile of NASR is meant to cover an area of 3 km square. So it's 12 km square per launcher as per now. You can make random guess about its Yield.
But again, this is not authentic data, as real planning and capabilities are always kept out of approach of public forums.
2. Highly unlikely ........
For:
1. The tactical munitions ideally will be in sub-kiloton yield. I always take the reference bomb to talk. So 20 kt at optimal height of approx 394-494 m AGL to have negligible fallout will cover about 7 km diameter in all kinds of effects.
Now that shall be about 25-30 tanks on a linear frontage or line abreast. All Russian origin tanks have an over pressure system. So actual effects will be nil to negligible. Your targets for tactical deployment will never be the armor, indeed it shall be the soft tail of the attacking columns, the infantry and support troops, that is the only segment you can affect.
Extrapolate it for smaller yield and you will have your answer. Reference yield for NASR as per open sources is below 5kt.
Also while many people keep tom toming the tactical nuclear weapons, once considered for use it becomes strategic. So it's something that is not an issue taken lightly. Pakistan has history of acting unbalanced but that has a very rationale thought - acting irrationally.
2. His contention. Not only unlikely, only a naive person would quote that figure.
I didn't understand from which angle it looks like a Base of Tactical Weapons.......is this some kind of propaganda.....It surely can be as news came from Indian Media......
An attempt to get publicity and for us to eat bandwidth lol
"Elucidate " ? Please don't use such difficult words as I haven't got a degree in English literature.
On topic, what people fail to understand is the purpose of Nasr missile isn't total annihilation but disabling. A big yeild isn't required here. The weapon is a different class of nuclear weapons, it's a neutron bomb. In such weapon blast wave isn't required and isn't created, instead vast amounts of high energy neutrons are emitted. Because the bomb design has to be exposed enough and without thich shell or outer neutron absorbing layer, so as to let high energy neutrons escape.
Nasr is air burst weapon, so One of it will shower high energy neutrons on a few hundred square meters, may be 2 square kilometers and make soldiers sick by radiation dose, not necessarily kill them on the spot. Likewise it won't abnihilte tanks, just damage electronics and other radiation prone components enough to either disable them or damage them enough so that armoured division can't operate at full capacity,but much lower.
A small fission reaction acts as trigger and that causes fusion in an outer layer of Hydrogen or Lithium isotopes, which produces high energy neutrons shooting out of the warhead in all directions.
You cannot do this with larger warheads and such neutron emitting warhead has to be small.
First let's discuss this aspect then I will draw people's attention towards another reason why Nasr is so small.
Firstly, thanks for your input.
Secondly, I was specific and quoting specific people and questioning their posts Only.
Thirdly, your neutron bomb makes no sense. You will have high NIGA activity in the residual 'fall out' rendering the ground unusable by you in case you have to hold it in your reorganization or concentration efforts.
Be very clear that the aim of a tactical level strike will be to exploit the effects thereof. There is nothing dissuasive about a tactical nuclear strike as you not only open your self to retaliatory strike, but also give away the initiative to the opposing forces, something only a fool would want.
What you have posted is very rudimentary scientific basis bereft of military angles so far.
Thanks