Is US losing plasma engine race to China and Russia ahead of long journey to Mars?
Chinese engineers have unveiled a powerful new plasma engine, potentially propelling China ahead of the United States in developing plasma technology for deep space missions like Mars exploration. This engine also narrows the technology gap with Russia, a leader in the field, especially regarding advanced prototype plasma engines capable of significantly reducing travel time to Mars.
The "high-thrust magnetic plasma thruster," developed by the Xian Aerospace Propulsion Institute, achieved stable operation at its full 100-kilowatt power. The team utilized 3D-printed materials and high-temperature superconducting magnet technology in its creation, suggesting potential applications in interplanetary cargo transport and deep space exploration. Plasma engines generate thrust by using electricity to create plasma and eject ions, offering a promising avenue for advanced space propulsion.
via SCMP Full Text Feed
Chinese engineers have unveiled a powerful new plasma engine, potentially propelling China ahead of the United States in developing plasma technology for deep space missions like Mars exploration. This engine also narrows the technology gap with Russia, a leader in the field, especially regarding advanced prototype plasma engines capable of significantly reducing travel time to Mars.
The "high-thrust magnetic plasma thruster," developed by the Xian Aerospace Propulsion Institute, achieved stable operation at its full 100-kilowatt power. The team utilized 3D-printed materials and high-temperature superconducting magnet technology in its creation, suggesting potential applications in interplanetary cargo transport and deep space exploration. Plasma engines generate thrust by using electricity to create plasma and eject ions, offering a promising avenue for advanced space propulsion.
via SCMP Full Text Feed
