Russia succeeds in mobile anti-satellite missile test: US intelligence report

A just lately unclassified report from the National Air and Space Intelligence Center, or NASIC, defined how the U.S. benefit above the Earth’s environment is eroding to “an emergent China and a resurgent Russia.”

The NASIC report mentioned there variety of international intelligence and imaging satellites “has tripled” to 300 in orbit in the final 20 years. The U.S. itself has 353 of its personal house property in orbit for these functions. In response, army superpowers have poured funding into researching and growing anti-satellite weapons.

Missiles are probably the most high-profile, bodily manifestation of anti-satellite weapons. Frank Slazer, the vp of house programs on the Aerospace Industries Association, informed CNBC about how these missiles could also be bodily efficient, however are probably not the “first line of approach on this.”

“You’d much rather jam the satellite, blind it [with a laser], or take over its control systems with a cyberattack,” Slazer mentioned. “Kinetic impacts could cause problems for other nations, besides the one you are attacking, and possibly for your own system’s for many years afterwards.”

Both Slazer and the NASIC report pointed to the instance of China’s anti-satellite take a look at in 2007. China fired an anti-satellite missile at one in every of its personal, discarded climate satellites. The take a look at was profitable, however the satellite tv for pc shattered into 1000’s of items, which proceed to zip round in an orbital cloud of lethal particles.

“A huge percentage of the debris in low earth orbit is still attributable to that one test,” Slazer mentioned.

As far because the U.S. army’s skill to defend in opposition to anti-satellite weapons, the property and capabilities in orbit “are the same as they have been for awhile,” Tommy Sanford, director of the Commercial Spaceflight Federation, informed CNBC.

Sanford contends that there has not been a lot in the way in which of progress relating to defending U.S. space-based property. Sanford gave the instance of utilizing networks of smaller and cheaper satellites, like cubesats and nanosats, to supply “effective platforms to augment and support missions carried out by the DoD’s larger exquisite satellites.”

“The idea behind a distributed architecture for space support is – instead of having one exquisite target – you’d have a system which could presumably survive some loss of its elements and still be able to provide function,” Slazer mentioned.

While Sanford mentioned there are ideas which teams just like the Defense Advanced Research Projects Agency, or DARPA, are engaged on, the options have but to mature.

Sanford pointed to NASA’s use of small satellites on the current Mars InSight mission. Two cubesats the scale of mailboxes, MarCo-A and MarCo-B, offered essential communications relay capabilities because the InSight spacecraft got here in for a touchdown on the Martian floor.

“The Department of Defense has a game-changing opportunity to build more resiliency into it’s space enabled missions by augmenting the larger satellite missions with smaller satellites and commercial services,” Sanford mentioned. “The Defense Department knows the value. Now it should follow NASA’s lead and implement it.”

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