To facilitate testing, a specialized experimental stand has been built to simulate the conditions of space. This 4-meter diameter, 14-meter long chamber is equipped with advanced sensors, vacuum pumping systems, and heat removal mechanisms.
While the initial launch into orbit will rely on traditional chemical rockets, the plasma engine will be activated once the spacecraft reaches its designated orbit. This technology could also be incorporated into space tugs used for transporting cargo between planets.
The engine’s design involves two electrodes with a high voltage applied across them. As charged particles pass between the electrodes, a magnetic field is created, propelling the particles out of the engine and generating thrust.