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NASA Confirms 2028 Nuclear-Powered Lunar Landing Plan

NASA Confirms 2028 Nuclear-Powered Lunar Landing Plan

Recently, the National Aeronautics and Space Administration (NASA) officially announced that it will fully advance the development program of a nuclear-powered lunar rover named the Polar Observation, Mapping, and In-situ Exploration Rover (abbreviated as Promise, "承诺号"). The rover is expected to successfully land at the lunar south pole in 2028, aiming to search for water ice and other critical natural resources, providing key data support and resource assurance for humanity's future establishment of a permanent residential base on the Moon. As a heavy-duty lunar exploration rover employing a six-wheel independent drive architecture, Promise inherits and continues the mature hardware and mature engineering platform developed for the Curiosity...

2026-11-12

Reading Ranking

  • 1 Trillion-Dollar "Suns" Race: Who Is Shortening the Distance from Lab to Grid for Nuclear Fusion?
  • 2 IAEA Says Fusion Is at a Critical Transition Stage
  • 3 IAEA Completes Nuclear Safety Review of Jordan
  • 4 Nuclear Safety Inspection Conducted on Preparation for FCD of Unit 4 of Sanao Nuclear Power Plant
  • 5 US NRC Details the Bridge Between DOE Authorization and Commercial Licensing
  • 6 Construction of Nuclear Island of China's First Commercial High-Temperature Gas-Cooled Reactor Nuclear Power Unit Begins
  • 7 UK Fusion Energy Launches £100 million Procurement
  • 8 First Steam Generator of Lufeng Nuclear Power Unit 1 Hoisted into Place
  • 9 France Inaugurates New Research Facility for Passive Cooling Systems
  • 10 MIT Scholar Advances Space Nuclear Power and Radiation Monitoring Research
  • 11 Kuntai Magnetic Levitation Wins Bid for Dewar Molecular Pump, Entering the Vacuum Segment of Nuclear Fusion
  • 12 Russia Submits Small Reactor Carbon Credit Framework to the United Nations
  • 13 US Issues Construction Permit for Advanced High-Temperature Gas-Cooled Reactor
  • 14 UT MD Anderson Cancer Center Collaborates on Development of Proton and Helium Ion Therapy Platform
  • 15 Neural Network Surrogate Model Speeds Up Superconducting Magnet Simulation
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