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Boeing Starliner to Return to Earth Without Astronauts: NASA

The spacecraft’s descent and landing will involve deploying parachutes to ensure a safe return to the surface: Report

Washington: NASA has announced that the Boeing Starliner spacecraft, designed to transport astronauts, will return to Earth next week without its stranded astronauts, Boch Wilmore and Suni Williams. According to a detailed assessment of the Delta Flight Test readiness, NASA revealed that the Starliner is scheduled for an uncrewed landing on September 6.

NASA’s update confirms that the Starliner spacecraft will be undocked and return to Earth without the astronauts aboard. Following undocking, it is expected to descend to the landing zone at White Sands Space Harbor in New Mexico, a process that will take approximately six hours. The spacecraft is anticipated to land by 12:03 PM on September 7, provided that everything proceeds as planned.

The spacecraft’s descent and landing will involve deploying parachutes to ensure a safe return to the surface. NASA’s meticulous planning aims to ensure that the mission concludes successfully, despite the absence of the astronauts.

The Starliner mission, which aims to demonstrate its capabilities and safety, is a critical step for Boeing and NASA’s broader space exploration goals. The successful return of the spacecraft will provide valuable data and insights, crucial for future manned missions and the ongoing development of the Starliner program.

The mission’s outcome will influence subsequent steps in the Starliner program and broader space exploration initiatives. NASA and Boeing will use the data gathered to refine and enhance the spacecraft’s design and operational procedures, ensuring greater reliability and safety for future missions involving crewed flights.

In summary, NASA’s plan for the Boeing Starliner’s return marks a significant milestone in its spaceflight program, showcasing the spacecraft’s capabilities and preparing for future missions with astronauts. The uncrewed return, while a deviation from the original plan, will still provide crucial insights into the spacecraft’s performance.

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