Flexibility


In space and astronautical engineering, flexibility refers to the ability of a system, spacecraft, or mission to adapt to changing conditions or requirements. This includes the ability to modify mission objectives, adjust spacecraft trajectory, and reconfigure systems or components in response to unexpected events or new information. Flexibility is a critical aspect of space missions, as the harsh and unpredictable environment of space requires constant adaptation and contingency planning. This can include designing spacecraft with redundant systems, developing software that can be updated remotely, and building in the ability to perform repairs or maintenance in orbit. Flexibility is also important in mission planning and operations, as unexpected events such as solar flares or equipment failures can require rapid changes to mission timelines and objectives.


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