Phase 3-D Shock Testing Successfully Accomplished

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For Immediate Release

Number 96-01, February 6, 1996

A series of Qualification Shock Tests have been successfully completed for the Phase 3-D Specific Bearing Structure (SBS). The SBS is the structure that will be used to carry the Phase 3-D spacecraft to orbit during launch. These tests were conducted during the week of January 29-February 2, 1996 by members of the Phase 3-D International Satellite Project team in cooperation with personnel at the US Air Force's LMSIL Survivability and Vulnerability Integration Center at Little Mountain, Utah.

The tests exposed the P3-D SBS structure to the shock environment that is expected to be encountered on the Ariane 5 vehicle during launch. Following the shock exposure tests the operational performance of the spacecraft's separation system (in full-up, flight configuration) was also successfully demonstrated.

The success of both of these tests has confirmed that the Phase 3-D SBS design will withstand both the launch environment as well as to insure the P3-D spacecraft will separate cleanly from the SBS after launch.

The International Phase 3-D Project Team is indebted to the Little Mountain Facility personnel for their outstanding assistance in completing these important tests.

AMSAT is a not-for-profit, 501(c)(3) educational and scientific organization that was first chartered in Washington, DC, USA. Its objectives include promoting space research and communication by building, launching and controlling Amateur Radio spacecraft. Since its founding, over 25 years ago, many other like-minded organizations have been formed around the world to pursue the same goals and who now also share the AMSAT name. Often acting together, these groups have used predominantly volunteer labor and donated resources to design, construct and, with the added assistance of government and commercial space agencies, successfully launch, over two dozen Amateur Radio communications satellites into Earth orbit. The Phase 3-D satellite, now under construction with the help of over a dozen AMSAT groups on five continents, will be the largest, most complex, and most expensive Amateur Radio satellite ever built.

For More Information Contact:

In North America:
AMSAT-North America				
Keith Baker,  KB1SF; Executive Vice President
1324 Fairgrounds Road
Xenia, Ohio 45385-9514 USA
Phone/Fax:  +1 (937) 429-5325

Internet: kb1sf@amsat.org
In Europe:
AMSAT-Germany
Werner Haas, DJ5KQ; Vice President
Holderstrauch 10
D-35041 Marburg, Germany
Phone: (06421) 283551
Fax: (06421) 285665

Internet: dj5kq@amsat.org

AMSAT is a registered trademark of the Radio Amateur Satellite Corporation.


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