Before humans venture to Mars, NASA wants to send astronauts back to the moon — and aerospace giant Lockheed Martin has developed a new lunar lander concept designed to shuttle space flyers between a moon-orbiting space station and the cratered surface below.
Unveiled Oct. 3 at an international space conference in Bremen, Germany, the reusable lander would launch into space aboard NASA’s next-generation Space Launch System rocket and dock with the agency’s proposed Lunar Orbital Platform-Gateway.
This planned outpost is a small moon-orbiting space station that NASA aims to build in the 2020s to serve as a way station for missions to the moon, as well as Mars and other deep-space destinations.
The reusable lander would be able to carry a four-person crew and 2,000 pounds of cargo.Courtesy Lockheed Martin
Lockheed’s lander would be able to carry a four-person crew and 2,000 pounds of cargo on lunar expeditions lasting up to two weeks — capabilities that far outstrip those of the Apollo-era "lunar modules," said Tim Cichan, a space exploration architect at Lockheed Martin Space Systems in Denver. Those single-use crafts carried two crew members to the moon for visits of less than a week — less than a single day in the case of the Apollo 11 astronauts, who were the first humans to set foot on the lunar surface.
“What is exciting and innovative is that these are reusable, unlike what we had during Apollo,” Jack Burns, a professor of astrophysics at the University of Colorado, Boulder, said of the concept in an email to NBC News MACH. “The landers come down to the surface, potentially refuel using hydrogen and oxygen mined from water at the lunar poles and return to the Gateway."
Burns, who is unaffiliated with the Lockheed Martin initiative, called the new lander a “more efficient, cost-effective system that will make the lunar surface regularly accessible from the lunar Gateway.”
Since the lander would depart for the moon from the Gateway, it would be able to reach any region of the lunar surface — including the poles, where scientists have found evidence of water ice, Cichan said. That wasn’t possible with the Apollo-era landers, which were coming directly from Earth and were limited to landing sites along the moon's equator.