SCIENCE
Russian scientists have developed a revolutionary plasma propulsion engine that could cut Mars travel time to 30 days.
By Aniket Chakraborty
Apr 11, 2025
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The engine uses electromagnetic fields to accelerate hydrogen ions to 100 km/s, far faster than chemical rockets.
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Traditional chemical rockets only reach speeds of about 4.5 km/s, making this plasma engine a game-changer.
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Unlike traditional rockets, the plasma engine offers continuous thrust, enabling steady acceleration over long distances.
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The plasma engine could reduce space travel risks and exposure to harmful radiation for astronauts.
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Testing is underway for the prototype, with early results promising faster interplanetary travel.
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The prototype operates in a vacuum chamber and produces 300 kW of power, enough for a round trip to Mars.
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Once operational, the plasma engine will be used for interplanetary journeys, not replacing chemical rockets but enhancing them.
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Hydrogen, the lightest element, powers the plasma engine, making it efficient and sustainable for long-term missions.
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If successful, the engine could revolutionize space travel, making Mars missions faster and more efficient by 2030.
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