Self-unloading, reusable, lunar lander project
Ruwan Arseculeratne, Melissa Cavazos, John Euker, Fred Ghavidel, Todd J. Hinkel, John Hitzfelder, Jesse Leitner, James Nevik, Scott Paynter, Allen Zolondek
Abstract
Ruwan Arseculeratne, Melissa Cavazos, John Euker, Fred Ghavidel, Todd J. Hinkel, John Hitzfelder, Jesse Leitner, James Nevik, Scott Paynter, Allen Zolondek
Abstract
In the early 21st century, NASA will return to the Moon and establish a permanent base. To achieve this goal safely and economically, B&T Engineering has designed an unmanned, reusable, self-unloading lunar lander. The lander is designed to deliver 15,000 kg payloads from an orbit transfer vehicle (OTV) in a low lunar polar orbit and an altitude of 200 km to any location on the lunar surface.
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In the early 21st century, NASA will return to the Moon and establish a permanent base. To achieve this goal safely and economically, B&T Engineering has designed an unmanned, reusable, self-unloading lunar lander. The lander is designed to deliver 15,000 kg payloads from an orbit transfer vehicle (OTV) in a low lunar polar orbit and an altitude of 200 km to any location on the lunar surface.
Key concepts: Lunar orbit, Astrobiology, Moon landing, Aerospace engineering, Orbit (dynamics), Geology, Low earth orbit, Spacecraft