He who holds the high ground....

I'd say we are going to be seeing a lot of nuclear armed systems in orbit in the near future. Not only ASATs but things like MOBS (orbital MIRV platforms).

I doubt it, because I think at some point such systems simply are engaged as hostile targets launched at the U.S.
 
I doubt it, because I think at some point such systems simply are engaged as hostile targets launched at the U.S.
Indeed, launching a nuclear warhead into space is basically an act of war, and it becomes fair game.
 
Indeed, launching a nuclear warhead into space is basically an act of war, and it becomes fair game.
No, all it would do would to signal the final and irrevocable dissolution of the Outer Space Treaty. Attacking a sovereign spacecraft, nuclear armed or otherwise, on the other hand would be an Act of War.
 
No, all it would do would to signal the final and irrevocable dissolution of the Outer Space Treaty. Attacking a sovereign spacecraft, nuclear armed or otherwise, on the other hand would be an Act of War.

Call it whatever you want, I doubt the U.S. would simply live under a nuclear weapon passing over the country on a daily basis.
 
Would depend on the Party/Administration in power, I suspect.

I actually rather doubt it. I cannot believe any president would allow that; even if they thought preemptive engagement was a bad idea the political pressure from voters would be massive and the opposing party would beat them over the head with it. I think if Russia gets to the point of having a completed system that an explicit policy to engage upon detection will be articulated ahead of time to discourage Russia.
 
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No, all it would do would to signal the final and irrevocable dissolution of the Outer Space Treaty. Attacking a sovereign spacecraft, nuclear armed or otherwise, on the other hand would be an Act of War.
From the moment a nuclear warhead is launched into orbit it's already an act of war. It's also fundamentally unsafe as well as being an imminent threat. It could also be hacked by rogue parties, there's lots of ways it could go wrong.

Bottom line is that nobody's going to tolerate it being there, any more than MRBMs in Cuba. They can choose to escalate if they wish but at least there'll be more time to see it coming.
 
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Yeah, that is not encouraging. I am pretty convinced a Russian effort to orbit a nuclear warhead will lead to a direct confrontation.
No resolution is required because there's already a treaty and it's the same treaty that prohibits nukes in space that provides for free navigation of space above otherwise hostile airspace IIRC. So being a nuke, it falls outside that treaty, hence right to freedom of navigation is voided and it can legally be shot down above any nation that deems it a threat.

At the end of the day, Russia downed a drone in international airspace, so they have no right to complaint anyway.
 
If this is the reason for the US concern, and you have to believe from the evidence so far that it is. This is a consequence of Russia's decline. They know they cannot compete with Starlink or Starshield so will act assymetrically. We can expect the Chinese to have a similar capability, though it has to be said the Chinese who are looking to develop their own LEO satellite constellations may balk because they could end up having as much to lose as the US.

If anything, in a sane world, this should harden US desire to support Ukraine as Putin's downfall following defeat would be the best way of stopping this...or at least hoping to.
 
Meanwhile, the X-37B is being prepared for its next secret mission. I can understand why the Russians are concerned. I can also see a direct counter to a nuclear warhead in space. A device is built to push it out of range, and toward the Sun.
 
Things like bombsats and MOBS are likely to have anti-tamper defences and the like though.
 
Meanwhile, the X-37B is being prepared for its next secret mission. I can understand why the Russians are concerned. I can also see a direct counter to a nuclear warhead in space. A device is built to push it out of range, and toward the Sun.
Review how much delta-V is required to push something out of solar orbit.




I agree. That's why a few astronauts get sent on the next secret X-37B mission and do some work in outer space designed to disable anti-tamper systems.
Yeah, no.

There's literally no space for an Astronaut in the X37B, this forum has been over that point ad nauseam.
 
Review how much delta-V is required to push something out of solar orbit.





Yeah, no.

There's literally no space for an Astronaut in the X37B, this forum has been over that point ad nauseam.

Bottom line: the U.S. will not do nothing. The U.S. will not want to upset the Russians. Finally, Delta-V or no, a number of plans will be proposed and a few will be acted on.
 
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Bottom line: the U.S. will not do nothing. The U.S. will not want to upset the Russians. Finally, Delta-V or no, a number of plans will be proposed and a few will be acted on.
It's not a matter of whether they're upset or not (that's they're default state), it's national security. Nuclear weapons in space are not safe. Just because Russia is losing in space technology race it doesn't mean they get to introduce a pigeon to the chessboard ignoring existing treaties, while still expecting other people to follow them.

For objects permitted by the 1967 Treaty, national airspace ends at 100km, for objects not permitted by the 1967 Treaty airspace does not end at 100km. And the US had no problem shooting down China's balloon as regards upset or otherwise.
 
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Oh, hell.

SDI Project Prometheus. ( https://www.projectrho.com/public_h...hp#id--Nukes_In_Space--Nuclear_Shaped_Charges and scroll down a ways till you see the bubble titled "THIRD-GENERATION-WEAPON INNOVATION - DIRECTED THERMONUCLEAR EXPLOSIVES")

10kiloton ASAT. Instead of heating the tungsten plate into a plasma like for an Orion propulsion charge, you insulate it from the heat of detonation as much as you can and let it "fractionate" into millions of small fragments that are all flying along at 100km/sec. A single one of those 8 milligram fragments carries roughly 40kJ of kinetic energy. With as much work as people have put into prefragmented projectiles over the last 15ish years, I assume that making the tungsten plate fragments would not be difficult, nor would making sure that the fragments spread evenly. The example from Atomic Rockets puts one fragment per square meter at 2000km from the boom.

And I know the Russians can do the math to make a nuclear shaped charge. (Hell, if I had any mathematical heavy lifting to do, I would reach out to one of the Russian Universities math departments to get it done.)
Perfect to test against asteroids.

I understand there is a movement to sell off the Kourou R-7 pad. I think that is a mistake. If a nuclear asteroid intercept is to be had---I'd like an R-7 to carry it from there.
 
Perfect to test against asteroids.

I understand there is a movement to sell off the Kourou R-7 pad. I think that is a mistake. If a nuclear asteroid intercept is to be had---I'd like an R-7 to carry it from there.
Asteroids are actually best shoved around by very big nukes. 25+ megatons.
 
Perfect to test against asteroids.

I understand there is a movement to sell off the Kourou R-7 pad. I think that is a mistake. If a nuclear asteroid intercept is to be had---I'd like an R-7 to carry it from there.
Wrong vehicle for it.
It is the right move to sell off the pad. the Russians don't need it.
 
I would like to think—one day when all this unpleasantness is over, it can be used to launch cosmonauts.

I don’t think it has that massive turntable originally used, or does it?
 
Oh, hell.

SDI Project Prometheus. ( https://www.projectrho.com/public_h...hp#id--Nukes_In_Space--Nuclear_Shaped_Charges and scroll down a ways till you see the bubble titled "THIRD-GENERATION-WEAPON INNOVATION - DIRECTED THERMONUCLEAR EXPLOSIVES")

10kiloton ASAT. Instead of heating the tungsten plate into a plasma like for an Orion propulsion charge, you insulate it from the heat of detonation as much as you can and let it "fractionate" into millions of small fragments that are all flying along at 100km/sec. A single one of those 8 milligram fragments carries roughly 40kJ of kinetic energy. With as much work as people have put into prefragmented projectiles over the last 15ish years, I assume that making the tungsten plate fragments would not be difficult, nor would making sure that the fragments spread evenly. The example from Atomic Rockets puts one fragment per square meter at 2000km from the boom.

And I know the Russians can do the math to make a nuclear shaped charge. (Hell, if I had any mathematical heavy lifting to do, I would reach out to one of the Russian Universities math departments to get it done.)
Best space-based nuclear weapon by far is the particle beam that fires Deuterium-Tritium pellets if the Russians want to play pigeon chess in space.


DT fuel contains about 330 TJ/kg of energy, meaning that there is an energy multiplication effect of 66,000 at 100 km/s (assuming 100% burnup) and the energy gain can be maintained at up to 25,690 km/s!
A 1 MW accelerator would be firing off 2,500 of these projectiles per second. Up to 64 GW of fusion energy could then be released at the target.
 
It's going to get shot because:

1. It's against International Law.

2. It's an accident waiting to happen.

3. It could be more than an anti-satellite weapon - EMPs don't just affect space objects, they affect ground equipment too. It could also be a Casaba howitzer.

4. The vast majority of countries will support the US shooting it down because nobody wants a nuke in orbit above them.

5. Even the Soviets weren't this mental.
 
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It's going to get shot because:

1. It's against International Law.

2. It's an accident waiting to happen.

3. It could be more than an anti-satellite weapon - EMPs don't just affect space objects, they affect ground equipment too. It could also be a Casaba howitzer.

4. The vast majority of countries will support the US shooting it down because nobody wants a nuke in orbit above them.

5. Even the Soviets weren't this mental.
I think we should look at this only as a threat for political purposes, not as a real military strategy. Russia is ruled by a zampolit, not a general.
 
It's going to get shot because:

1. It's against International Law.

2. It's an accident waiting to happen.

3. It could be more than an anti-satellite weapon - EMPs don't just affect space objects, they affect ground equipment too. It could also be a Casaba howitzer.

4. The vast majority of countries will support the US shooting it down because nobody wants a nuke in orbit above them.

5. Even the Soviets weren't this mental.
Scorched Earth becomes scorched space strategy
 
It's going to get shot because:

1. It's against International Law.

2. It's an accident waiting to happen.

3. It could be more than an anti-satellite weapon - EMPs don't just affect space objects, they affect ground equipment too. It could also be a Casaba howitzer.

4. The vast majority of countries will support the US shooting it down because nobody wants a nuke in orbit above them.

5. Even the Soviets weren't this mental.

"shooting it down"? How would that be accomplished?
 
I think we should look at this only as a threat for political purposes, not as a real military strategy. Russia is ruled by a zampolit, not a general.

This is an old idea. It goes back to the 1950s. Putin is very intelligent. His KGB experience serves him well. I lived through most of the Cold War; I didn't worry about it. I had a great time in the 1960s. I lived in a major target city. Again, I didn't worry about it. Should it be attacked in space, Bezos and Zuckerberg will have to pay to put everything back.
 
It's going to get shot because:

1. It's against International Law.
It's against international law only if it's placed there. Russia is confirmed to be bound with the 1967 OST.
Like it isn't even a first space-directed nuclear weapon - just something optimized, as it appears.

And for all US moves, no one has provided any proof of that (like it's pointless anyway - why bother with hardening when you can simply launch it up). Conveniently solves all the intercept wannabes here - good luck intercepting direct ascent vehicle.

And, more importantly, good luck living through consequences of shooting at Russian space assets. Where it will go, hmmm.

Another thing, of course, will be a space - deep space, - deterrent ... but that requires Russian lead in space propulsion etc, not lagging behind as is the case atm.
 
"shooting it down"? How would that be accomplished?

SM-3 has a known ASAT capability. The Ground-based Mid purse Defense likely does as well. The U.S. has previously teased having other offensive capabilities, and based on the self imposed ban on kinetic interception testing, I suspect it is not kinetic. I think something like an HPM might be used. Or course doing anything to a satellite filled with plutonium is problematic…
 
SM-3 has a known ASAT capability. The Ground-based Mid purse Defense likely does as well. The U.S. has previously teased having other offensive capabilities, and based on the self imposed ban on kinetic interception testing, I suspect it is not kinetic. I think something like an HPM might be used. Or course doing anything to a satellite filled with plutonium is problematic…

Sure. What if it detonates? Then what?
 
Sure. What if it detonates? Then what?

A fission-fusion nuclear warhead requires a pretty complex chain of events to fuse properly. A KE impact likely does not achieve even critical mass of the first stage, or if it does so, probably manages to do it in a way far, far less efficient than a deliberately detonated explosive lens working on a tritium boosted pit. Even a worse case detonation would be a fizzle by strategic nuclear standards, and as such probably an order of magnitude or two lower in yield. So probably not a major concern. That said, I would not want to minimize the issue of a plutonium pit floating around in orbit or re-entering the atmosphere. But I think it is very clear that it would be more dangerous to leave an operational warhead in place then to engage it. Such a warhead, detonated over the US, would likely cause catastrophic infrastructure damage and potentially cripple numerous command and control systems, as well as space monitoring and early warning systems. It would make basing nukes in Cuba look benign in comparison.
 
A fission-fusion nuclear warhead requires a pretty complex chain of events to fuse properly. A KE impact likely does not achieve even critical mass of the first stage, or if it does so, probably manages to do it in a way far, far less efficient than a deliberately detonated explosive lens working on a tritium boosted pit. Even a worse case detonation would be a fizzle by strategic nuclear standards, and as such probably an order of magnitude or two lower in yield. So probably not a major concern. That said, I would not want to minimize the issue of a plutonium pit floating around in orbit or re-entering the atmosphere. But I think it is very clear that it would be more dangerous to leave an operational warhead in place then to engage it. Such a warhead, detonated over the US, would likely cause catastrophic infrastructure damage and potentially cripple numerous command and control systems, as well as space monitoring and early warning systems. It would make basing nukes in Cuba look benign in comparison.

Another poster here mentioned an anti-tamper device. The exact type is not known. I'm sure the Russians have good intelligence about existing ways that could be used to shoot down something like this. They would likely add other means to detonate the warhead if it is engaged with the intent to shoot it doww, which would give the desired result. The United States would take the blame. I think the U.S. intelligence community knows this.
 
"shooting it down"? How would that be accomplished?
SM-3 or GBI.

Sure. What if it detonates? Then what?
Seized Russian assets pay for the damage to all parties, because once again they broke International Law by putting a nuke in space. Crime and punishment.

I think we should look at this only as a threat for political purposes, not as a real military strategy. Russia is ruled by a zampolit, not a general.
That would be exceptionally naive.

It's against international law only if it's placed there. Russia is confirmed to be bound with the 1967 OST.
Like it isn't even a first space-directed nuclear weapon - just something optimized, as it appears.
So why did Russia veto the UN resolution if it intended to abide by it anyway? A specific direct ascent nuke would be redundant, since any nuke-equipped missile could be sent into space and detonated.

And, more importantly, good luck living through consequences of shooting at Russian space assets. Where it will go, hmmm.
Consequences of not shooting it down are greater.
 
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Another poster here mentioned an anti-tamper device. The exact type is not known. I'm sure the Russians have good intelligence about existing ways that could be used to shoot down something like this. They would likely add other means to detonate the warhead if it is engaged with the intent to shoot it doww, which would give the desired result. The United States would take the blame. I think the U.S. intelligence community knows this.

Any evidence of US involvement likely gets vaporized if it comes to that. And it would still be a Russian initiated explosion. The U.S. is not going to allow a strategic nuclear weapon to pass over it’s territory on a daily basis.
 
Any evidence of US involvement likely gets vaporized if it comes to that. And it would still be a Russian initiated explosion. The U.S. is not going to allow a strategic nuclear weapon to pass over it’s territory on a daily basis.
And no other country wants it passing over theirs either for that matter. It's the kind of insanity that makes Stalin look sensible.
 
And no other country wants it passing over theirs either for that matter. It's the kind of insanity that makes Stalin look sensible.
To be fair, as of now, it looks like a pure US propaganda idea - sorta like biolabs in Ukraine, but with nothing even remotely similar to evidence.
 

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