Space Industry and Business News  
Killing NROL-21 Part Two

disclaimer: image is for illustration purposes only
by Martin Sieff
Washington (UPI) Feb 22, 2008
The U.S. success in shooting down USA 193, also known as National Reconnaissance Office launch 21 spy satellite, from a decaying orbit Wednesday looks unlikely to worsen the space arms race between the United States and Russia.

Both nations were and remain dependent on orbiting satellites for essential intelligence, reconnaissance and surveillance and communications capabilities. China, which is far less dependent so far on orbiting space assets for those functions, therefore has far fewer compunctions about openly developing and displaying the capabilities to destroy them than either Moscow or Washington.

Orbiting satellites can certainly carry far more sinister payloads than communications or surveillance equipment. Having a capability to shoot down military systems satellite-weapons at short notice is therefore a very welcome capability to have.

The massive, 5,000-pound intelligence satellite -- USA-193 or NRO launch 21 -- was as large as a bus and had been operated by the U.S. National Reconnaissance Office. It had been losing altitude in its orbit since being launched in December 2006 and would have crash burned up by March 6, possibly contaminating inhabited areas with its fuel supply of 1,000 pounds of hydrazine.

The satellite was successful intercepted, hit and destroyed at 10:26 p.m. EST Wednesday by a RIM-161 Standard Missile-3 anti-ballistic missile interceptor fired from the Aegis-equipped cruiser USS Lake Erie operating off Hawaii in the Pacific Ocean. The interception took place at an altitude of 130 miles.

As veteran U.S. arms negotiator Henry Cooper, former head of the Strategic Arms Initiative, and now chairman of High Frontier, an organization that studies missile defense and space use issues, pointed out on the PBS NewsHour Wednesday, the satellite interception took place at a relatively low altitude of 150 miles. This meant that debris from the destroyed target would not remain in orbit causing a navigation hazard to many other satellites from different countries, as was the case when the Chinese carried out their successful ASAT test just over a year ago at an altitude of 500 miles.

Cooper also summed up the reason why the satellite interception was unlikely to make the current military space race worse. "Russia has ABM systems deployed around Moscow. They're nuclear, of course, but they have an inherent capability against satellites, as well, if they wish to use them that way. So in much of this case, I believe this argument is political, rather than substantive," he said on the NewsHour.

Finally, one note of caution should be added: The NRO satellite was big -- the size of a bus. It reflected the increasing tendency of the NRO over the past 10-15 years to make its intelligence satellites bigger and bigger, in order to cram ever more numerous and complex systems on to them.

As a result, there is far more that can go wrong with malfunctioning systems on a satellite even when they are successfully fired into stable orbits, as they usually are.

But as Wednesday's test proved, it also makes them much bigger and therefore more detectable and vulnerable targets, which is why U.S. Defense Secretary Robert Gates has asked for greatly increased funding in the latest Department of Defense budget to develop protective systems and countermeasures in order to better protect current U.S. space assets against disruptive attacks.

The exceptionally large size of the satellite that was shot down Wednesday as well as its predictable -- and therefore predicted -- decaying orbit therefore made it a far easier target to hit and kill than an incoming ICBM warhead that would be far smaller and whose flight path would have to be calculated within a period of only a few minutes rather than days or even weeks in advance as was the case with NROL-21. SM-3s are not designed to intercept ICBMs. Only Ground-Based Interceptors of the kind currently based at Fort Greely, Alaska, and Vandenberg Air Force Base, Calif., can do that.

On balance, however, Wednesday's interception confirmed the growing capabilities of U.S. BMD systems and made the United States a safer place. And that is a good bottom line to have.

Related Links
Military Space News at SpaceWar.com



Memory Foam Mattress Review
Newsletters :: SpaceDaily :: SpaceWar :: TerraDaily :: Energy Daily
XML Feeds :: Space News :: Earth News :: War News :: Solar Energy News


ASAT Weapons And Doctrine In The Early 21st Century Part One
Moscow (UPI) Feb 22, 2008
H-hour -- the time American spy satellite USA-193/NROL-21 had to fall -- was calculated for March 6. Where the crash would have taken place would have been unknown until the last moment. A more or less accurate site can be established only an hour or two before a satellite enters the denser atmosphere.







  • HP And Qualcomm To Deliver Options For Worldwide Internet Access
  • Google's Android debuts in Barcelona
  • Nokia says to launch touch-screen phone in late '08
  • Lenovo pitching PCs to wider French market

  • Japan successfully launches high-speed Internet satellite
  • Arianespace Mission Update: The ATV Has Been Integrated On Its Ariane 5 Launcher
  • ILS Proton Launches THOR 5 Satellite
  • Bigelow Aerospace And Lockheed Martin Converging On Terms For Launch Services

  • NASA opens a rotary wing research project
  • All-star line-up at first Singapore Airshow
  • Military Aircraft To Perform Aviation Safety Research
  • Birds Bats And Insects Hold Secrets For Aerospace Engineers

  • Northrop Grumman And Harris Demonstrate Airborne Networking
  • EADS DS Delivers Army Command And Control Information System To Franco-German Brigade
  • Thompson Files: Electronic war blindness
  • Harris Provides American Forces Network With Broadcast System To Reach One Million Troops

  • Darkest material developed in lab
  • NASA And Northrop Grumman Partner To Measure The Immeasurable
  • US DoD Succeeds In Intercepting Non-Functioning Satellite
  • Amazing Miniaturized SIDECAR Drives Webb Telescope's Signal

  • Michael Larkin Appointed Executive Vice President Of Orbital's Satellite Business Unit
  • Boeing Integrated Defense Systems Looks To Future With Leadership Changes
  • Raytheon Space and Airborne Systems Names Carey VP For ISR Systems
  • NASA Selects Jaiwon Shin To Head Aeronautics Research

  • NASA Extends Mission For Ball Aerospace-Built ICESat
  • CIRA Scientist Among Authors Of Book Celebrating 50 Years Of Earth Observations From Space
  • Indonesia To Develop New EO Satellite
  • Russia To Launch Space Project To Monitor The Arctic In 2010

  • Personal Tour Guide Of Barcelona Offered At Casanova Hotel
  • Guardian Technology Newest Authorized Telematics Partner For Global Refrigeration Transport Company
  • Digital Angel Secures Contract With Shipping Corporation Of India
  • San Antonio's Woodlake GC Enhances Amenities With ProLink GPS

  • The content herein, unless otherwise known to be public domain, are Copyright Space.TV Corporation. AFP and UPI Wire Stories are copyright Agence France-Presse and United Press International. ESA Portal Reports are copyright European Space Agency. All NASA sourced material is public domain. Additional copyrights may apply in whole or part to other bona fide parties. Advertising does not imply endorsement, agreement or approval of any opinions, statements or information provided by Space.TV Corp on any Web page published or hosted by Space.TV Corp. Privacy Statement