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Doubt that it is hard. A carrier must send out an emense amount of RF. There are satellites that have large antennas (probably when deployed bigger than footbal

Doubt that it is hard. A carrier must send out an emense amount of RF. There are satellites that have large antennas (probably when deployed bigger than football fields. “Think something like a large net made of thin wires”) listening in to the things that happen here down on the ground.

dmix 4y ago
If you read the investigative story [1] about how Russia's missile team's operate it explains they have to program their missiles with USB thumbdrives, targeting data comes from a small team in Moscow, then it gets sent to remote airbases/submarines, and targeting information is often 24hrs old by the time the missile is in flight. It's much harder than it sounds. A ballistic hypersonic missile isn't like a TV-guided cruise missile that can track a moving target or a HARM that will seek out RF signatures. You'd basically have to wait until the carrier is parked somewhere for an expended period (multiple hours at a minimum), otherwise you'll waste a $100M hypersonic missile. [1] https://theins.ru/en/politics/256339 https://theins.ru/en/politics/256339
snowwrestler 4y ago
The challenge is that targets look smaller the faster you go. Small errors quickly produce deltas larger than the target. Hypersonic missiles, at least the ones we know about, are not like aircraft that can miss, turn around, and try again. They’re more like bullets, and it’s pretty well understood how hard it is to hit an erratically moving target with a rifle round.
scarmig 4y ago
Even if satellites did have exact, continuous data on the location of a target (they don't, and in wartime there would be aggressive countermeasures being used against them), the targeting data has to be relayed to the launch facility/missile itself and the human components of the chain. Then, once launched, it takes at least minutes for the missile to reach its target. You can imagine the satellites automatically sending data to the missile in flight, but hypersonics aren't particularly maneuverable. If you're ten seconds from reaching the target and it's a mile away from where you thought, it's not trivial to reroute. And your $100M missile just explodes in the open ocean, a very expensive tea kettle. That all said, none of this is impossible, and first tier militaries are putting a whole lot of effort into this problem; in a sense, "it's just engineering." But so far no first tier military has actually seen how their system would work in the field, and the results remain to be seen. Particularly, if China were sure that it could sink American carriers at will, it would already be invading Taiwan.
CapricornNoble 4y ago
>>>A carrier must send out an emense amount of RF. The US Navy is actually pretty good at avoiding that. https://www.globalsecurity.org/military/library/policy/navy/nrtc/14226_ch3.pdf https://www.globalsecurity.org/military/library/policy/navy/...

dmix 4y ago

If you read the investigative story [1] about how Russia's missile team's operate it explains they have to program their missiles with USB thumbdrives, targeting data comes from a small team in Moscow, then it gets sent to remote airbases/submarines, and targeting information is often 24hrs old by the time the missile is in flight. It's much harder than it sounds. A ballistic hypersonic missile isn't like a TV-guided cruise missile that can track a moving target or a HARM that will seek out RF signatures. You'd basically have to wait until the carrier is parked somewhere for an expended period (multiple hours at a minimum), otherwise you'll waste a $100M hypersonic missile. [1] https://theins.ru/en/politics/256339 https://theins.ru/en/politics/256339

snowwrestler 4y ago

The challenge is that targets look smaller the faster you go. Small errors quickly produce deltas larger than the target. Hypersonic missiles, at least the ones we know about, are not like aircraft that can miss, turn around, and try again. They’re more like bullets, and it’s pretty well understood how hard it is to hit an erratically moving target with a rifle round.

scarmig 4y ago

Even if satellites did have exact, continuous data on the location of a target (they don't, and in wartime there would be aggressive countermeasures being used against them), the targeting data has to be relayed to the launch facility/missile itself and the human components of the chain. Then, once launched, it takes at least minutes for the missile to reach its target. You can imagine the satellites automatically sending data to the missile in flight, but hypersonics aren't particularly maneuverable. If you're ten seconds from reaching the target and it's a mile away from where you thought, it's not trivial to reroute. And your $100M missile just explodes in the open ocean, a very expensive tea kettle. That all said, none of this is impossible, and first tier militaries are putting a whole lot of effort into this problem; in a sense, "it's just engineering." But so far no first tier military has actually seen how their system would work in the field, and the results remain to be seen. Particularly, if China were sure that it could sink American carriers at will, it would already be invading Taiwan.

CapricornNoble 4y ago

>>>A carrier must send out an emense amount of RF. The US Navy is actually pretty good at avoiding that. https://www.globalsecurity.org/military/library/policy/navy/nrtc/14226_ch3.pdf https://www.globalsecurity.org/military/library/policy/navy/...