PeeD
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The future is path is already clear for Iran as said.
BMs.
All weapon systems have one goal --> deliver something to somewhere to cause destruction.
Here we have a huge range of different capability levels that are in direct connection with the costs.
Everything is judged by following key parameters:
- Range = attack vector = distance survivability
- Extend of destruction = payload = terminal velocity = payload type
- Velocity = delivery time = envelope and speed capability of countering system
- Size = launch concept = position/basing flexibility = reconnaissance footprint = survivability
- Logistics/support = system robustness = indirect reconnaissance footprint
- Survivability = basing = velocity = hardening = availability = system robustness = trajectory
Based on this key parameters we can decide which systems are the best.
Warfare is basically a erosion process, something is thrown against something to degrade it.
BMs basically do just that, from an arrow --> artillery --> aircraft dropped bomb --> BM
At the start of a peer-level conflict, the most effective weapons will be used until the adversaries capability are degraded to a extend that the next lower capability system can be used (a cheaper more cost-efficient weapon).
Therefore at one point Iran would stop using BMs and switch to conventional airpower or even drone based airpower.
BMs are hence everything that counts for now.
In future Iran will have early warning assets which have low survivability but high reconnaissance capability. These will be small imaging/SAR satellites and a static OTH radar network. These will ensure that Iran knows its targets prior to the start of the warfare phase.
If this is coupled with the BM force, a large portion of enemy capability will be degraded in the first hours.
Once enemy ASAT and BMs neutralize these strategic early warning assets, speed will decrease.
The next thing Iran will need are hypersonic glide vehicles (waverider). How do they look like? Simply an unpowered warhead for existing and future BMs. What capability do they add?
Not speed as many may think.
It adds a more flexible attack vector and a depressed trajectory for later detection by enemy EW and ABM. It may be able to stay longer in the plasma phase of the re-entry (depending on the thermal shielding). The rest of the capabilities are same as a BM.
This capability is only needed to counter future ABM systems = a very small portion of enemy warfare capability.
Current ABM capability already would have immense problems against new generation MaRV and space released submunition strategies Iranian BMs employ.
In conclusion: They key performance parameters of BMs are so superior to LACM/supersonic bombing/conventional airpower that the key reasoning is this: Can Iran afford to use BMs to neutralize enemy tier-1 assets or is it necessary to go for a cheaper solution of lower capability.
BMs.
All weapon systems have one goal --> deliver something to somewhere to cause destruction.
Here we have a huge range of different capability levels that are in direct connection with the costs.
Everything is judged by following key parameters:
- Range = attack vector = distance survivability
- Extend of destruction = payload = terminal velocity = payload type
- Velocity = delivery time = envelope and speed capability of countering system
- Size = launch concept = position/basing flexibility = reconnaissance footprint = survivability
- Logistics/support = system robustness = indirect reconnaissance footprint
- Survivability = basing = velocity = hardening = availability = system robustness = trajectory
Based on this key parameters we can decide which systems are the best.
Warfare is basically a erosion process, something is thrown against something to degrade it.
BMs basically do just that, from an arrow --> artillery --> aircraft dropped bomb --> BM
At the start of a peer-level conflict, the most effective weapons will be used until the adversaries capability are degraded to a extend that the next lower capability system can be used (a cheaper more cost-efficient weapon).
Therefore at one point Iran would stop using BMs and switch to conventional airpower or even drone based airpower.
BMs are hence everything that counts for now.
In future Iran will have early warning assets which have low survivability but high reconnaissance capability. These will be small imaging/SAR satellites and a static OTH radar network. These will ensure that Iran knows its targets prior to the start of the warfare phase.
If this is coupled with the BM force, a large portion of enemy capability will be degraded in the first hours.
Once enemy ASAT and BMs neutralize these strategic early warning assets, speed will decrease.
The next thing Iran will need are hypersonic glide vehicles (waverider). How do they look like? Simply an unpowered warhead for existing and future BMs. What capability do they add?
Not speed as many may think.
It adds a more flexible attack vector and a depressed trajectory for later detection by enemy EW and ABM. It may be able to stay longer in the plasma phase of the re-entry (depending on the thermal shielding). The rest of the capabilities are same as a BM.
This capability is only needed to counter future ABM systems = a very small portion of enemy warfare capability.
Current ABM capability already would have immense problems against new generation MaRV and space released submunition strategies Iranian BMs employ.
In conclusion: They key performance parameters of BMs are so superior to LACM/supersonic bombing/conventional airpower that the key reasoning is this: Can Iran afford to use BMs to neutralize enemy tier-1 assets or is it necessary to go for a cheaper solution of lower capability.