NASA is asking American companies for additional input on approaches and solutions for a vehicle to transport Artemis astronauts around the lunar South Pole later this decade.

The lunar terrain vehicle (LTV), an unenclosed rover that astronauts can drive on the Moon while wearing their spacesuits, will need to last at least 10 years, spanning multiple Artemis missions.

Through a request for information, NASA is addressing challenges associated with the LTV’s lifetime, including surviving the long, cold lunar night and options to transport the vehicle to the lunar surface. Responses to the RFI are due Oct. 1.

“Most people do a lot of research before buying a car,” said Nathan Howard, project manager for the LTV at NASA’s Johnson Space Center. “We’re doing extensive research for a modern space vehicle that will be provided by industry. As we plan for long-term exploration of the Moon, the LTV won’t be your grandfather’s Moon Buggy used during the Apollo missions.”

NASA is asking if American companies are interested in providing the LTV as a commercial service, or as a product NASA would purchase and own. Working with industry to inform the LTV design for Artemis is part of an expansion of commercial partnerships from low-Earth orbit to the Moon. The agency successfully uses commercial partnership model today for crew and cargo transportation services in low-Earth orbit and similarly plans to buy astronaut transportation services for Artemis surface missions.

The next-generation LTV will greatly expand human reach and scientific activity on the Moon for future surface missions – even farther than Apollo. The LTV RFI invites industry to provide information to help shape the evolution of the Artemis mobility plans and ultimately achieve the greatest scientific and exploration value across at least a decade of missions.

“We are trying to encourage advances in electric vehicle capabilities that could result in the most capable rover ever built,” said Howard. “The Artemis LTV will be the ultimate terrain vehicle, with advanced power management, autonomous driving, and extreme environment technologies.” The LTV could also be teleoperated to transport cargo or science payloads between crew missions, enabling significant science returns by combining the best of human and robotic exploration. https://youtu.be/b6r5m-IeAwQ