Posts Tagged ‘space security’

Preventing Space War

“Of all the places where conflict could erupt, space might seem the least likely, except in movies.”

So says a very good New York Times editorial “Preventing a Space War” this week. Sounds right, if X-Wing fighters come to mind when you think space conflict. But in reality conflict in space is both more likely than one would think and less likely to be so photogenic. Read More

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No Need to Give Up on Peace in Space

The headlines from this year’s space symposium in Colorado Springs were full of doom and gloom. The U.S. assistant secretary of State for arms control warned, “The threat to outer space is real and growing.” He drew bright lines in the heavens between enemies and allies, dismissed international entreaties for negotiations in the United Nations Conference on Disarmament (UNCD), and called on U.S. allies to strengthen space deterrence.

U.S. Air Force Lt. General Jay Raymond told the packed house of space enthusiasts that China was enemy number one. He claimed a July 2014 Chinese missile defense test was actually an anti-satellite test and that it was successful, although he offered no new information in support of either claim. U.S. officials are using the recent Chinese test to justify greater U.S. reliance on space weaponry to protect U.S. satellites. Read More

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New Quarterly Update to the UCS Satellite Database

A new version of the UCS Satellite Database, which includes launches through January 31, 2015, has been posted at and includes 1265 active satellites.


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Categories: Space and Satellites  

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Iran’s Fourth Successful Satellite Launch

Despite a report two weeks ago from that Iran’s space program was unceremoniously shut down, it appears to be alive and well. Iran successfully launched a small satellite into orbit for the fourth time, just a day ahead of Iran’s national space day. Read More

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Russia’s Small Maneuvering Satellites: Inspectors or ASATs?

In May, Russia announced it had launched three Russian communications satellites, Kosmos-2496, -2497, -2498. An additional object was along for the ride, orbiting a few kilometers away from the declared payloads. Without a declared name, this satellite was subsequently classified as debris by the U.S. space surveillance system. Read More

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The Space Plane Returns to Earth

The third X-37B space plane flight is coming to an end this week, after a record 22 month long mission. We have written pretty extensively on the “space plane” here on ATN, and have a factsheet where we condensed that thinking. Read More

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Reconsidering Chinese Views on Military Space Strategy

Many U.S. observers believe anti-satellite (ASAT) missile attacks are central to Chinese military strategy. They argue China intends to exploit the U.S. military’s reliance on satellites by launching a surprise assault on these valuable but vulnerable space assets, which the U.S. military uses for communication, surveillance, navigation, and other support activities.  This attack, sometimes referred to as a “space Pearl Harbor,” is supposedly a key part of an “asymmetric” military strategy a weaker China intends to use to defeat a stronger United States in a high-tech regional war.

This U.S. belief took root in the late 1990s and early 2000s in a U.S. analytical environment shaped by information and assumptions that now appear to be wrong. A new UCS analysis of the space-related sections of a classified Chinese military source published in 2003 demonstrates that China’s missile forces were not anticipating or preparing for operations that involved attacking U.S. satellites at that time.

The source is a military textbook published by the General Command of the Chinese People’s Liberation Army (PLA) titled The Science of Second Artillery Operations. The 406-page book is a product of more than 30 years of research and thinking by the PLA on the strategic value of its missile forces and how those forces should be used in the types of military conflicts the Chinese leadership fears may occur in the future. As a result, it is written both to reflect past experience and to be forward-looking. Unlike most sources cited in U.S. analyses of Chinese military space policy, The Science of Second Artillery Operations is a credible and authoritative source on Chinese military planning. The book was not intended for foreign or even general domestic Chinese audiences. It was classified as jimi (机密)—the third highest classification level among the four types of circulation restrictions placed on Chinese military publications.

An Authoritative View of Chinese Space Operations

The Science of Second Artillery Operations describes China’s view of the military uses of space in some detail.  That description makes it very clear that the PLA, like the U.S. military, places a high priority on maintaining the normal functioning of its satellites in a time of conflict. For this reason, it is unlikely that China would risk the loss of its satellites by using destructive anti-satellite weapons against others. This may explain why, counter to U.S. expectations, this lengthy and detailed PLA publication on the operations of China’s missile forces contains no discussion of space warfare or missile attacks against satellites.

The role of China’s emerging space capabilities, as discussed in the book, is to support the use and increase the effectiveness of China’s missile forces, rather than to serve as a means of attack themselves. Like their counterparts in the United States, China’s leaders appear to view their satellites as valuable military assets. They are investing aggressively in expanding and improving China’s fleet of satellites as rapidly as they can. To the extent it is possible, Chinese investments in space technology and its military applications are designed to narrow the gap between China and the United States. China is not attempting to exploit asymmetry in space, but working to end it.

Of course, the space-related commentary in one PLA textbook, no matter how credible or authoritative it may be, cannot be interpreted as a definitive indication China is not contemplating the use of anti-satellite attacks against the United States. China conducted multiple tests of a missile-launched anti-satellite weapon, and used it to destroy one of its own satellites in January 2007.  It is possible Chinese views about anti-satellite technologies changed after The Science of Second Artillery Operations was published. But it is also possible that, like the United States and the Soviet Union, which both developed and tested anti-satellite weapons at a similar stage in the progress of their military space programs, China may continue to follow in their footsteps and decide not to deploy them.

Reassessing Views

The commentary on the military uses of space in The Science of Second Artillery Operations indicates that as of 2003 when the book was published, China’s missile forces were not anticipating or preparing for operations that involved attacking U.S. satellites, contradicting beliefs that were prevalent in the U.S. at that time and that have shaped U.S. thinking since then.

As a result, U.S. analysts should reassess their views on China’s approach to military space operations. While by no means definitive, the textbook provides ample reason to question the conventional U.S. wisdom on Chinese intentions, particularly the “space Pearl Harbor” hypothesis positing an “asymmetric” Chinese attack on U.S. satellites.

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Disaggregation: Satellite Navigation More Resilient Than You Think

The Pentagon voiced its concern this week that the U.S. GPS navigation capabilities could be held at risk by increasingly capable Chinese anti-satellite capabilities. But it is worth noting that while individual satellites might be threatened, disabling the system and knocking out navigation services is much harder.  Read More

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How High Did China’s May 2013 Launch Go?

On May 13, 2013, China launched a rocket on a suborbital trajectory to high altitude. China announced that the launch was part of a project to study space weather and that the probe carried out an experiment at high altitude. A report in China News (translation) stated that the launch reached an altitude of about 10,000 km. Read More

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Space Debris, Satellites, and a Reality Check

One strange effect of the seven Oscar wins yesterday for Alfonso Cuarón’s film Gravity is that many more people will be conversant about something that was mostly the kind of thing specialists talked about—just how damaging space debris from anti-satellite (ASAT) weapons can be. In Gravity, astronauts played by Sandra Bullock and George Clooney struggle for their lives after debris from a satellite destroyed on-orbit by Russia threatens the space shuttle and space station. Read More

Categories: Space Security  

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