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Fusion engines generate thrust by superheating plasma in a magnetic bottle. The plasma is then emitted as exhaust through a nozzle assembly, providing thrust for even the largest battleships. The temperature and pressure exerted by a fusion engine require that their components be manufactured from High-Temperature Alloys, while Superconductors are necessary to generate the huge magnetic fields needed to contain the plasma.

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  • Engine Components
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  • Fusion engines generate thrust by superheating plasma in a magnetic bottle. The plasma is then emitted as exhaust through a nozzle assembly, providing thrust for even the largest battleships. The temperature and pressure exerted by a fusion engine require that their components be manufactured from High-Temperature Alloys, while Superconductors are necessary to generate the huge magnetic fields needed to contain the plasma.
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abstract
  • Fusion engines generate thrust by superheating plasma in a magnetic bottle. The plasma is then emitted as exhaust through a nozzle assembly, providing thrust for even the largest battleships. The temperature and pressure exerted by a fusion engine require that their components be manufactured from High-Temperature Alloys, while Superconductors are necessary to generate the huge magnetic fields needed to contain the plasma.
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