SpaceX’s Crew Dragon Will Plunge into The Atlantic Ocean Today

SpaceX’s Crew Dragon Will Plunge into The Atlantic Ocean Today

Science

The historical lift-off of Crew Dragon from American soil took place last week. After spending eight days into space, the capsule is about to return Earth. So NASA is one step closer to complete its test mission, DM-1. Thus the first ever test flight of SpaceX’s Crew Dragon capsule will accomplish today. The spacecraft will detach from the orbiting space station and attempt to splash down in the Atlantic Ocean. It will also use a suite of parachutes for landing. Capsules dive in the ocean plays a major role in NASA’s Commercial Crew Mission. It is the last and significant challenge for the Crew Dragon.

It is essential for the craft to prove its unique shape and parachute system. The move will reveal its potential to survive the dive via Earth’s atmosphere, along with its inner load. There are no living astronauts inside the capsule. But it consists of a Little Earth, Buddy, and Ripley, a mannequin wearing a spacesuit. The little Earth is the Plush toy, made by Celestial Buddies. The Capsule fall is a crucial part of NASA’s Commercial Crew Program, as the space agency intends to ferry astronauts to the ISS in future. Under the mission, the SpaceX’s vehicle will be responsible for carrying astronauts to space and bring them back to Earth safely.

As per NASA, the vehicle will land similar to SpaceX’s Dragon cargo capsule. After coming back into the Earth’s atmosphere, the spacecraft will spread out parachutes to safely land in the Pacific Ocean. The landing approach is an old one. In the 1960s and 1970s, NASA used the technique of landing. Afterward, the space agency’s Space Shuttle changes the scenario in the 1980s. Now the astronauts landed on to the solid ground after returning to Earth. Therefore, there will be a strong inspection over this madding. Officials at the U.S. National Aeronautics and Space Administration will inspect the execution of the SpaceX capsule’s deployment and its floatation after the dive.

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