Magnetoplasmadynamic Thruster

The Magnetoplasmadynamic Thruster (aka MDP Thruster) is a propulsion technology used by various groups in the Solar Era.

Description & Characteristics
A key technology used to provide flight capabilities to mobile suits and vehicles, while reducing the large amount of fuel required such as in traditional chemical rockets. Initially this form of propulsion was not viable due to the relatively high energy requirements needed to power the system. However, shortly after the successful development of the Storm Drive the technology became viable due to the significantly higher power output provided by the new engine system. Unlike conventional propulsion, MDP Thrusters do not have any air breathing components, making them ideal for use in both space and in the atmosphere.

The MDP Thruster functions by ionising a fuel (typically Lithium) and then accelerating it with an electromagnetic field powered by the Storm Drive through the Lorentz Force, creating an electromagnetic thrust.

Core Components

 * Acceleration Chamber
 * The acceleration chamber contains several magnetic field emitters and is used to propel ionised fuel particles outwards using the Lorentz Force.


 * Fuel Source
 * A supply of ionising fuel is required in order to be accelerated and provide thrust.


 * Power Source
 * The MDP Thruster is an electromagnetic form of propulsion an electrical power source is key to its function. Most Magnetoplasmadynamic Thrusters are powered by the electrical power provided by a Storm Drive.

Notes & Trivia

 * The Magnetoplasmadynamic Thruster is closely based on the real-life technology of the same name.