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

Arrow
Arrow

The engine uses electromagnetic fields to accelerate hydrogen ions to 100 km/s, far faster than chemical rockets.

2

Arrow

Traditional chemical rockets only reach speeds of about 4.5 km/s, making this plasma engine a game-changer.

3

Arrow

Unlike traditional rockets, the plasma engine offers continuous thrust, enabling steady acceleration over long distances.

4

Arrow

The plasma engine could reduce space travel risks and exposure to harmful radiation for astronauts.

5

Arrow

Testing is underway for the prototype, with early results promising faster interplanetary travel.

6

Arrow

The prototype operates in a vacuum chamber and produces 300 kW of power, enough for a round trip to Mars.

7

Arrow

Once operational, the plasma engine will be used for interplanetary journeys, not replacing chemical rockets but enhancing them.

8

Arrow

Hydrogen, the lightest element, powers the plasma engine, making it efficient and sustainable for long-term missions.

9

If successful, the engine could revolutionize space travel, making Mars missions faster and more efficient by 2030.

10