Martian2
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Sputnik says it doesn't know the details of the new American B-21 (successor to B-2) stealth bomber and land-based ICBM.
Eagle's Claws Blunted: What's Driving US Effort to Modernize Its Nuclear Arsenal | Sputnik (February 1, 2018)
"'We do know that the Pentagon plans to commission the new B-21 Raider – an evolution of the B-2 bomber program, by 2025. Like the B-2, this plane will be developed according to the flying wing scheme, and will use low radar visibility technology. According to the US military, the plane's main tasks revolve around operation in the probably enemy's depth, and to break through enemy air defenses.' In short, 'it remains uncertain whether Congress will approve the program. Each B-2 has cost US taxpayers over a billion dollars. It's clear that new, more sophisticated bombers will be even more expensive.'
'Even less is known about the prospective ground-based ICBM,' according to Kotz. In August 2017, the Pentagon signed contracts with Boeing and Northrop Grumman for the development of technologies necessary for a new generation of ICBMs. The total outlays of $677.8 million are just a fraction of what the Pentagon's office of Cost Assessment and Program Evaluation estimates will end up being an $85 billion program."
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I will state my guesses for both proposed American weapon systems.
The B-21 has a flying-wing design like the current B-2. However, it will probably incorporate electronic warfare (EW) equipment. The designers will try to make the B-21 stealthy across more radar wavelengths if possible. Finally, the B-21 may incorporate "active stealth." It might emit radar waves that are 180 degrees out of phase with an enemy emitter to cancel out the incoming radar waves.
Regarding a new land-based American ICBM, the problem is obvious. China has a ground-based interceptor (GBI) missile that can shoot down incoming ICBMs.
A new American ICBM warhead will have to fly a flatter and more unpredictable trajectory. Hence, a thermonuclear warhead mounted on a hypersonic glide vehicle (HGV) is one option. Another possibility is to mount thermonuclear AMaRVs on a new ICBM. Advanced MaRVs can disperse and fly flat trajectories to their targets.
Eagle's Claws Blunted: What's Driving US Effort to Modernize Its Nuclear Arsenal | Sputnik (February 1, 2018)
"'We do know that the Pentagon plans to commission the new B-21 Raider – an evolution of the B-2 bomber program, by 2025. Like the B-2, this plane will be developed according to the flying wing scheme, and will use low radar visibility technology. According to the US military, the plane's main tasks revolve around operation in the probably enemy's depth, and to break through enemy air defenses.' In short, 'it remains uncertain whether Congress will approve the program. Each B-2 has cost US taxpayers over a billion dollars. It's clear that new, more sophisticated bombers will be even more expensive.'
'Even less is known about the prospective ground-based ICBM,' according to Kotz. In August 2017, the Pentagon signed contracts with Boeing and Northrop Grumman for the development of technologies necessary for a new generation of ICBMs. The total outlays of $677.8 million are just a fraction of what the Pentagon's office of Cost Assessment and Program Evaluation estimates will end up being an $85 billion program."
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I will state my guesses for both proposed American weapon systems.
The B-21 has a flying-wing design like the current B-2. However, it will probably incorporate electronic warfare (EW) equipment. The designers will try to make the B-21 stealthy across more radar wavelengths if possible. Finally, the B-21 may incorporate "active stealth." It might emit radar waves that are 180 degrees out of phase with an enemy emitter to cancel out the incoming radar waves.
Regarding a new land-based American ICBM, the problem is obvious. China has a ground-based interceptor (GBI) missile that can shoot down incoming ICBMs.
A new American ICBM warhead will have to fly a flatter and more unpredictable trajectory. Hence, a thermonuclear warhead mounted on a hypersonic glide vehicle (HGV) is one option. Another possibility is to mount thermonuclear AMaRVs on a new ICBM. Advanced MaRVs can disperse and fly flat trajectories to their targets.