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AMOS-6 (satellite)

AMOS-6 was an Israeli communications satellite, one of the Spacecom AMOS series, that was built by Israel Aerospace Industries (IAI), a defense and aerospace company.

Terminology
AMOS stands for "Affordable Modular Optimized Satellite" and is also an allusion to the prophet Amos. This spacecraft is the second implementation of the AMOS-4000 satellite bus, the first was the AMOS-4. It is one of a AMOS series of satellites built by Israel Aerospace Industries (IAI). == History ==
History
Spacecom, the AMOS satellites operator, announced in June 2012 that it had signed a US$195 million contract to build AMOS-6, the newest addition to the AMOS constellation, with Israel Aerospace Industries (IAI). In January 2013, Spacecom announced that they had signed a contract with SpaceX for the 2015 launch of the AMOS-6 satellite on a Falcon 9 launch vehicle. The parties agreed to the right to terminate the contract if AMOS-6 and the ground gateways in France, Italy and Israel were not ready for service by 1 January 2017. The lease was for the use of the satellite until September 2021, with an option for a two-year extension at a reduced rate. The explosion started near the upper stage LOX (liquid oxygen) tank. Because the satellite was destroyed prior to the launch, the cost of the satellite was not covered by Spacecom's insurance policy, but rather by the manufacturer, IAI. IAI had its own insurance and filed a claim in order to compensate Spacecom. Spacecom's contract with SpaceX specified that Spacecom could choose to receive US$50 million, or a future flight at no cost. Spacecom chose the future flight to launch AMOS-17. News reports in early November 2016 indicated that SpaceX had determined the root cause for the anomaly, that it was straightforwardly fixable, and that SpaceX would return to flight in December 2016. On 2 January 2017, SpaceX released an official statement indicating that the cause of the failure was a buckled liner in several of the Composite overwrapped pressure vessel (COPV) tanks, causing perforations that allowed liquid and/or solid oxygen to accumulate between the liner and the overwrap, which was ignited by friction. == See also ==
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