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Launch Vehicles Reusable Rockets Falcon 9 SpaceX Spacecraft Launch Systems Satellite Launches Long March Rockets Space Exploration Long March 2F Heavy-Lift Rockets Space Launch System SpaceX Falcon 9 SpaceX Starship Electron Rocket Vulcan Rocket New Glenn Rocket Heavy-Lift Launch Vehicles Launch Events Solid Rocket Motors Rocket Engines Spacecraft Design Chinese Space Program Atlas V Rocket Solid-Fuel Rockets Chinese Rockets Space Launch Systems Satellite Launch GSLV-F16 Engine Testing Spacecraft Development Test Flights Ariane 6 Falcon-9 Propulsion Systems 3D Printing Reusable Launch Systems Suborbital Flights Fuel Efficiency Fuel Propulsion Booster Operations Solid-Fuel Propulsion Solid-Fuel Engines Small Satellites Suborbital Flight Fuel Tanks Testing Procedures Certification Processes Rocket Failures Blue Origin Heavy-lift Rockets Neutron Rocket Development Satellite Launching Materials Science Starship Program Spacecraft Components Satellite Technology Rocket Lab Reusable Launch Vehicles Launch Facilities Soyuz Rocket Ariane 6 Rocket New Shepard Payload Launching Soyuz-5 Guidance Systems Raptor Engines Rocket Launch Mishap Launch Configurations Booster Reflight Falcon 9 Rocket Space Missions H3 Rocket Satellite Systems Ballistic Missile Technology Falcon Heavy Long March 2F Rocket European Space Agency Simorgh Rocket Manufacturing Techniques New Glenn Chemical Rockets Space Debris Relativity Space Rocket Development Space Launches Orbital Rockets Satellite Development Starship Rocket Valves Automated Spacecraft Modular Rocket Systems Guided Missiles Methane-fueled Rockets Methalox Fuel Falcon-9 Rocket H-2A Rocket Cargo Spacecraft Solid Rocket Boosters Suborbital Rockets
NASA says an early‑February wet dress rehearsal will determine whether the crewed lunar flyby can lift off in its Feb. 6–11 window.
