SpaceX launches a key component for future manned space exploration
Dragon capsule is currently the only spacecraft able to bring supplies to and from the International Space Station
On Monday at 12:45 am ET, SpaceX launched its ninth Dragon capsule into space, stuffed with 4,900 lbs of cargo and science experiments.
The Dragon capsule is currently the only spacecraft able to bring supplies to and from the International Space Station (ISS).
Instead of landing its famed Falcon 9 rocket on a drone ship again, this time the company landed the rocket on the ground.
This is the first time SpaceX has landed on the ground since its first successful landing in December. Since the rocket is launched to Low Earth orbit, it had enough fuel left over to bring it safely back to land.
The second stage of the rocket then successfully deployed the Dragon capsule into low Earth orbit.
Among the goodies that the rocket ferried to space on the 20,000 lb Dragon capsule is something called an International Docking Adapter (IDA). Right now, only Russian spacecrafts can dock with the ISS. All other spacecrafts need to be grappled by the ISS crew.
This IDA is a docking port that will open the door to a future herd of spacecrafts (including ones with actual humans on them), allowing them to dock automatically.
This is going to be key for the future of manned space exploration because it will streamline space for both international agencies and private companies around the world. It will hopefully push space exploration and travel into a less rigid, more open climate, Inverse reports.
And considering that the next Dragon capsule that SpaceX is going to launch into space will be crewed, the IDA is going to be pretty necessary.
This is not the first time SpaceX has tried to launch one of these IDAs into space. The first time, however, ended in disaster, when its Falcon 9 rocket broke apart three minutes after lift off in June 2015.
The other supplies that the rocket carried include:
•A small DNA sequencer (which astronaut Kate Rubins will use to sequence DNA in space for the first time). This will help scientists identify life on other planets.
•Living heart cells to test the effects of microgravity on the heart.
•An experiment to observe the effects of microgravity on muscle loss and bone deterioration.
•A phase-change material heat exchanger that could freeze and thaw to help astronauts regulate their temperature on board the ISS without consuming materials.
According to NASA officials, these supplies will allow astronauts to test technology that will help humans push the boundaries of space exploration.
This is the fifth rocket the company has landed and retrieved. According to SpaceX CEO Elon Musk, one of these retrieved rockets could launch again as early as September. Reusing these rockets could cut the cost of spaceflight by as much as 30 per cent, SpaceX says.
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