29 July 2016

News Story: Will Russia and China Build an SCO-Based Joint Missile Defense System

Chinese HQ-9 Surface-to-Air Missile System
Russia and China may create a unified-missile defense system for the Shanghai Cooperation Organization. That's the conclusion of experts speaking at a forum dedicated to the US deployment of the THAAD anti-ballistic missile system in South Korea. What would the Russian-Chinese system look like? Sputnik investigates.

On Monday, experts in Moscow and Beijing spoke via video conference on the implications for regional security of the US deployment of missile defense systems in South Korea. And while the forum focused mostly on political and military implications of the THAAD deployment, experts also intrigued observers by indicating that it was possible for Russia and China to join together to create a single missile defense shield over the entirety of the Shanghai Cooperation Organization, the political, economic and military organization involving much of eastern Eurasia.

Regarding the THAAD deployment, Moscow has repeatedly indicated that it was categorically opposed to the move. THAAD, capable of monitoring ballistic and aerial targets at distances of up to 1,500 km, is expected to give the US military the capability to 'see' into the territory of the Russian Federation, and even further into that of China.

Speaking at the video conference on Monday, Vladimir Petrovsky, a senior researcher at the Moscow-based Center for the Studies and Forecasting of Russia-China Relations at the Institute for Far Eastern Studies, explained that the potential for a joint missile defense shield exists. Moreover, such a shield would be entirely appropriate given recent US moves, from its deployment of missile shield components in Eastern Europe to the deployment of THAAD in South Korea.

"Russia and China could become the driving force in the area of missile defense. Special attention should be paid to the land-based interception systems which we have at our disposal," the analyst said.

Read the full story at SpaceDaily