The Case for Continuing VIPER: A Critical Milestone on the Journey Back to the Moon

Abstract NASA’s VIPER mission was designed to explore the Moon’s south pole region, with a primary objective of identifying and characterising volatile compounds such as water ice. Despite having been fully built and having passed all preflight environmental testing, the mission was cancelled by NASA in 2024 July, and the rover remains in storage. In this paper we outline why it remains crucial that a route to flying this mission, such as that outlined by NASA in 2025 September, is found. These reasons include laying the groundwork for both US and international exploration and habitation of the Moon, the development of the lunar economy, and the eventual goal of human exploration of Mars.

Authors

Publication Details

Journal
The Planetary Science Journal
Published
2025-12-01
DOI
https://doi.org/10.3847/psj/ae1b87
Primary Topic
Planetary Science and Exploration
Type
article
Field-Weighted Citation Impact
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article

The Case for Continuing VIPER: A Critical Milestone on the Journey Back to the Moon

R. V. Patterson, Bernardo B. Fernandez, S. Gyalay, Benjamin Fernando et al.
The Planetary Science Journal
Planetary Science and Exploration
article

The Case for Continuing VIPER: A Critical Milestone on the Journey Back to the Moon

R. V. Patterson, Bernardo B. Fernandez, S. Gyalay, Benjamin Fernando, C. R. Neal, M. Lemelin, Jack Kiraly
article en

Abstract

Abstract NASA’s VIPER mission was designed to explore the Moon’s south pole region, with a primary objective of identifying and characterising volatile compounds such as water ice. Despite having been fully built and having passed all preflight environmental testing, the mission was cancelled by NASA in 2024 July, and the rover remains in storage. In this paper we outline why it remains crucial that a route to flying this mission, such as that outlined by NASA in 2025 September, is found. These reasons include laying the groundwork for both US and international exploration and habitation of the Moon, the development of the lunar economy, and the eventual goal of human exploration of Mars.

The Planetary Science JournalVol. 6(12)
Openalex Percentile: Top 72%
Planetary Science and Exploration
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