An Airborne Defense Against North Korean ICBMs?
Could an airborne network of drone-based interceptors effectively defend against the launch of North Korean ballistic missiles? A recent assessment by physicists Richard L. Garwin and Theodore A. Postol concludes that it could.
“All of the technologies needed to implement the proposed system are proven and no new technologies are needed to realize the system,” they wrote.
Their concept envisions the deployment of a number of Predator B drones loitering outside of North Korean airspace each bearing two boost-phase intercept missiles.
“The baseline system could technically be deployed in 2020, and would be designed to handle up to 5 simultaneous ICBM launches.”
“The potential value of this system could be to quickly create an incentive for North Korea to take diplomatic negotiations seriously and to destroy North Korean ICBMs if they are launched at the continental United States.”
See Airborne Patrol to Destroy DPRK ICBMs in Powered Flight by R.L. Garwin and T.A. Postol, November 26, 2017.
The asserted role of such a system in promoting diplomatic negotiations rests on certain assumptions about how it would be perceived and evaluated by North Korea that are not addressed by the authors here.
S.325 would establish a clear, sustained federal governance structure for extreme heat by bringing all responsible agencies together to coordinate planning, preparedness, and response, a key recommendation of FAS’ 2025 Heat Policy Agenda.
In an industry with such high fixed costs, the Chinese state’s subsidization gives such firms a great advantage and imperils U.S. competitiveness and national security. To curtail Chinese legacy chip dominance, the United States should weaponize its monopoly on electronic design automation software.
Improving American competitiveness, security, and prosperity depends on private and public stakeholders’ ability to responsibly site, build, and deploy proposed critical energy, infrastructure, and environmental restoration projects.
The technical advances fueled by leading-edge nodes are vital to our long-term competitiveness, but they too rely on legacy devices.