Antares rocket resumes flight 5 years ago after devastating 2014 crash



Orbital ATK’s unmanned Antares rocket was launched five years ago on a resupply mission to the International Space Station from Wallops Island, Va., After a devastating launch explosion in 2016.

NASA’s Wallops flight facility in Virginia successfully launched the freshly improved Antares rocket into the night sky despite some delays, said. The Cygnus cargo spacecraft landed on the International Space Station six days later to deliver food, supplies and science experiments to the crew.

(Photo: Wikimedia Commons)
Northrop Grumman Antares rocket, with Cygnus refueling spacecraft on board, launches from Pad-0A at NASA’s Wallops Flight Facility

Antares returns to space industry in 2016 after devastating crash

Another report from said the ATK Antares rocket was successfully launched into orbit on October 17, 2016 from NASA’s Wallops Flight Facility to deliver supplies to the International Space Station (ISS).

The upgraded Antares rocket, topped by Orbital ATK’s unmanned Cygnus cargo spacecraft, was launched into the night sky at 7:45 p.m. EDT that evening. The rocket’s ascension was visible from as far north as Boston and south to central South Carolina, drawing millions of viewers across the eastern seaboard of the United States.

Antares turned southeast after takeoff on its journey into low earth orbit. Cygnus entered orbit approximately 9 minutes after the start of the flight, carrying a 5,100 pound (2,300 kilogram) load of science experiments, equipment and other astronaut supplies aboard the International Space Station.

Antares Rocket Launch Crash 2014: Here’s What Happened

NASA had hired a commercial spaceflight company to deliver cargo to the International Space Station, and the stakes were high for that mission. Orbital ATK’s previous effort, over two years ago, resulted in a devastating explosion just seconds after takeoff.

At NASA’s Wallops Flight Facility, an Antares commercial rocket manufactured by Orbital Sciences Corporation exploded shortly after takeoff on October 28, 2014. Although no one was injured, NASA lost a large number of supplies, including equipment and food for the astronauts, in addition to damaging the launch pad.

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According to Wired, science experiments made up about a third of the cargo (by weight), ranging from a student project examining how pea shoots would develop in zero gravity to a high-tech camera that was said to have been the first to look at meteors since. space. .

Meteor, a high-definition camera believed to have been the first specialized equipment to observe meteor showers from the space station, was one of the research projects on board.

Planet Labs’ 26 Flock 1d spacecraft were also lost, which were supposed to join the 71 other Earth imaging satellites already in orbit to establish a network of Earth imaging satellites. Planetary Resources, an asteroid mining company, has its Akryd 3 on board, a space telescope demonstration device designed to locate asteroids near Earth.

NASA also lost its Radiometer Atmospheric CubeSat Experiment, a tiny experimental satellite (10cm X 10cm X 30cm) supposed to measure water vapor in Earth’s atmosphere to study the changing climate and environment.

Another company was Drain Brain, a medical experiment that uses a device worn around the neck to detect blood flow back from the brain to the heart. Better knowledge of blood flow in zero gravity could help treat astronauts who complain of headaches or other neurological issues. Experts can use the gadget to monitor blood flow in patients on Earth.

The majority of the experiments that disappeared belonged to students from across the country. From the Duchesne Sacred Heart Academy in Houston, one was planning to study how pea shoots develop in space. The student space flight experiences program could also include a set of 18 student projects. The astronauts are said to have studied the effects of microgravity on seeds, Chia plants, house flies, shrimp and mosquito eggs. One research aimed to study how crystals develop in space, while another aimed to determine which types of milk are more likely to deteriorate in microgravity.

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