ROCKET SCIENCE
Poor weather delays SpaceX rocket launch five days
by Allen Cone
Hawthorne, Calif. (UPI) Jan 8, 2017


SpaceX's planned rocket launch was delayed five days until Jan. 14 because of bad weather.

The launch was originally scheduled for 10:22 a.m. Monday from Vandenberg Air Force Base in California.

SpaceX, owned by Elon Musk, announced Sunday on Twitter: "Launch moving due to high winds and rains at Vandenberg. Other range conflicts this week results in next available launch date being Jan 14."

The company set a new launch time of 9:54 a.m. with a backup date one day later for the Falcon 9 carrying 10 Iridium Communications satellites.

Iridium chief executive Matt Desch tweeted Sunday: "Bad weather the cause. Anti-rain dances didn't work -- oh well. Cal needs rain?"

On Friday, the Federal Aviation Administration reauthorized SpaceX's Commercial Space Transportation License. SpaceX launches have been suspended since Sept. 1, after a massive explosion during a prelaunch test at the Cape Canaveral Air Force Station in Fla. destroyed launch equipment and a $95 million satellite owned by Facebook.

On Jan. 2, SpaceX announced the conclusion of a four-month investigation that found the explosion "likely" resulted from buckling in tanks that store gaseous helium to pressurize propellant tanks. The company plans to reconfigure its helium tanks and load the gas at a warmer temperature.

SpaceX hopes to launch again in Florida on Jan. 26 at Kennedy Space Center's pad 39A; Launch Complex 40 remains out of commission.


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ROCKET SCIENCE
SpaceX concluded accident investigation, to start launching rockets again
Hawthorne, Calif. (UPI) Jan 2, 2017
SpaceX has identified the anomaly responsible for the explosion of its Falcon 9 rocket on Sept. 1, 2016, and is now ready to resume its launch schedule starting Jan. 8. Investigators concluded the explosion was caused by a cascade of material failures and corrosive events triggered by rapid temperature and pressure changes. Broken carbon fibers in one of the composite overwrapped pressu ... read more


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