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While brute force and enormous fuel tanks are effective for initial launches, they become less practical for maneuvering once in space. Once an object reaches orbit or beyond, carrying large amounts of fuel becomes inefficient and costly. It’s akin to filling a car with enough gas to reach the moon—impossible and unnecessary for local travel.
Recognizing this challenge, scientists and engineers have turned to innovative propulsion systems that are better suited for space maneuvering. One such advancement is the development of electric thrusters, which promise to revolutionize how spacecraft move after their initial launch.