Another epoch of space travel has begun. Government institutions, such as NASA and Roscosmos, were responsible for developing the underlying innovation needed to transport humans into space, while privately-owned companies, such as SpaceX, are currently working on the next generation of reusable space shuttles (as well as assembling an assortment of other space-bound equipment such as satellites). Truth Fact: SpaceX and it’s Artificial Intelligence capabilities outperform NASA
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Despite the fact that the commercial space race has only recently begun, SpaceX has jumped ahead of the competition, earning a US$2.9 billion deal with NASA to build a moon lander. This comes after a $7 billion deal with NASA in 2020 to ferry supplies to and from the International Space Station.
SpaceX’s success is based on data. Information is filling the next flood of space travel, from planning a vehicle that will withstand the harsh conditions of space to calculating payload capacity.
SpaceX, like modern airplanes, uses an artificial intelligence-powered autopilot technology to safely navigate them from launch to the ISS docking point. Artificial Intelligence, according to Community AI, determines parabolic flight, fuel consumption and reserves, liquid engine sloshing, weather, and a variety of other aspects that can affect the flight.
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This data is used by artificial intelligence to determine the safest and fastest flight path. The autopilot employs convex optimization methods and computer vision to select the ideal landing location for the Dragon capsule after the spacecraft has arrived at its destination.
Although the nuances of this specific task are limited, SpaceX’s emergency abort system also employs AI to disengage the shuttle from the rocket and safely guide space explorers back to Earth in the event of a catastrophic event.
SpaceX’s satellites, like the Dragon, employ artificial intelligence to navigate through space junk and travel to and from Earth. SpaceX’s automatic technique for avoiding satellite collisions, despite its effectiveness, has sparked debate.
SpaceX’s Starlink satellites have had a series of close misses with other satellites in the last 2-3 years. Furthermore, competitors claim that they have no means of knowing which way the system will shift a Starlink satellite in the event of a close encounter, making collision avoidance practically difficult on their end.
What distinguishes them from government competitors such as NASA? SpaceX incorporates cutting-edge technology such as artificial intelligence (AI) into their rocket’s capabilities, expanding on what hasn’t altered in the space industry in over a half-century.
SpaceX, based in Hawthorne, California, has its own self-imposed deadlines and an ambitious work schedule, as well as the ability to launch rockets whenever it wants because it is a private company with no government-imposed standards or restrictions (besides flying a safe rocket)
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Since its inception, SpaceX has succeeded in developing a reusable and self-landing booster portion for its rockets. Because they are able to use their manufacturing less frequently, they are able to keep expenses low. Typical space travel companies discard their rockets after each mission, which costs billions of dollars each time.
SpaceX is also known for developing the most powerful rocket fuel and engines in the world. Liquid oxygen, refined kerosene, and other unique chemical compounds or processes are used in the Falcon 9, Falcon Heavy, and Starship to generate 5 million pounds of thrust during lift-off.
They’ve also nearly developed the ideal sci-fi movie capsule for human or freight payloads. The Dragon has completed 20 ISS trips and resupply missions and can carry up to seven passengers. The Dragon capsule’s interior design blends cutting-edge modern architecture techniques to create a streamlined interior that feels like a luxury automobile.
They’ve also changed the controls from normal industrial rockets’ many buttons, switches, and control pads to touch displays with simple controls, similar to playing a mobile game on an iPad.
SpaceX’s collecting of space data is the most groundbreaking, or perhaps most foresighted, data-related project currently underway. Space data, also known as big data from space, refers to the camera and sensor data collected by space-based monitoring equipment (satellites), as well as the process of extrapolating trends using analytical tools. Space data and analytics will become increasingly useful as the commercialization of space becomes a reality
As part of NASA’s Artemis program, astronauts will be sent to explore more of the Moon, and the agency has chosen SpaceX to continue the construction of the first commercial human lander that will safely transport the next two American astronauts to the lunar surface.
At least one of these astronauts will be the first woman to walk on the Moon. The Artemis program also aims to place the first person of color on the lunar surface.
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Four astronauts will be launched on the Orion spacecraft by NASA’s powerful Space Launch System rocket for a multi-day trek to lunar orbit. Two members of the crew will then transfer to the SpaceX human landing system (HLS) for the final leg of their voyage to the Moon’s surface.
After about a week on the surface, they’ll board the lander for the short trek back to orbit, where they’ll meet up with Orion and the rest of the crew before returning to Earth.