It is not a case of navy policy - its a case of physics.
You are repeating the same exact thing without looking at the actual crux of it.
No one is arguing the awesome firepower IN has - but at the same time you missed the part where I stated that PN already has a fairly decent A2/AD element in place.
Now they are looking to reinforce it with a ballistic element.
However, 1970s or 2070s - physics is physics and limitations still apply.
Ships move and maneuver. Even at a modest 25 knots, a ship travels ~46 km in an hour. A 1000 km subsonic cruise missile might take well over an hour to reach its target; even a supersonic missile will take many tens of minutes at extreme range. Any initial targeting cue that is not continuously updated becomes stale quickly, and the missile may end up searching a large area full of decoys, chaff, and clutter.
Long range anti‑ship or counter air missiles are only useful if they are embedded in a very high‑quality “kill web”. This means wide‑area ISR, high‑bandwidth networking, and robust fire‑control grade tracks maintained over time. U.S. work on future 1000 mile counter air missiles explicitly says these
weapons are useless without a deeply networked, resilient sensor and comms architecture.
Does india have that throughout your EEZ? Do you?
“300 km from Indian Navy assets” is not magically “outside the SAM envelope.” - slow ASW or AEW assets within this space invites severe risk to these assets. What is the loitering time for a J-10C(as if your 20 are available everywhere everytime) to maintain a CAP over your ships some 100km off shore? Please consider and advise before asking the world of what is barely 8% of your combat fleet.
So what about satellites ? Well even in the most advanced Western concepts, getting “targeting‑grade” tracks for long‑range missiles from space requires:
- Large constellations of LEO/MEO sensors for near‑continuous coverage.
- High‑speed data fusion and dissemination (the “tracking layer” and BMC3 functions) to turn raw data into 3D tracks suitable for weapons control.
- Latency and update rate matter. A satellite in a high orbit may only briefly see a given area with sufficient geometry for precise track, and then must hand off to others. Maintaining continuous, high‑fidelity tracking on a maneuvering naval force over the ocean is a non‑trivial enterprise and currently at the cutting edge of U.S. and allied R&D, not a solved commodity service from maxar.
You have two satellites which can be considered quasi useful for generating static imagery of ships in ideal weather conditions.
So while your wishlist is backed with some frustration - none of it is grounded in reality for both sides and in the case of Pakistan little funds to support such an effort.
Lets be realistic and consider your position as a Pakistani asking fellow Pakistanis to make some unrealistic decisions which even if they had funds would struggle to implement effectively.