Driving towards the Future: A Comprehensive Analysis of Plasma Thruster Developments

Ion thrusters have established themselves as a reliable and effective replacement for traditional propulsion systems. Even though they create a significantly less thrust than chemical propulsion systems, ion thrusters may readily compete because of their extremely high specific impulse output and very low fuel consumption. The system is applicable to a wide range of mission requirements, including multi-goal missions, orbit and attitude controlling, and orbit station keeping for geostationary satellites. Even though chemical propulsion is a poor choice for deep space missions, ion thrusters are enabling missions to travel ten times farther into deep space. The aim of this paper is to provides a concise overview of electric propulsion technologies, concentrating on the development and functionality of the Ion Thruster. Keywords: Plasma thruster, Propellent, Plasma Physics