NASA has a $450 million lunar rover in storage. Anyone who wants to use it must meet one condition

NASA invested approximately $450 million in the development of a lunar rover known as VIPER (Volatiles Investigating Polar Exploration Rover). After four years of work and facing delays and budget overruns, the US space agency chose to cease funding for the project. This decision sparked a wave of criticism from some members of the scientific community, who issued an open letter to the United States Congress, urging the continuation of the initiative.

In broad terms, the goal of VIPER was to locate ice on the surface of our natural satellite to create resource maps prior to the arrival of missions from the Artemis program. According to the original plans, the rover was scheduled to be deployed to the Moon via the Astrobotic Griffin lander in December 2022. However, none of this transpired, although Astrobotic’s contract with NASA remains intact, and it is anticipated to launch its module without VIPER no sooner than fall 2025.

VIPER still has a chance

When NASA announced its decision to pivot away from VIPER in favor of more cost-effective alternatives, it initiated a formal feedback period to discuss the future of the remaining project assets. After all, there had been a substantial financial investment, as well as the dedication of a team of over 500 people who contributed years of efforts to developing the rover. The agency’s interest in leveraging VIPER seems to be increasing, but one significant limitation persists.

NASA is unwilling to allocate more funding to VIPER. This was clearly stated in a recently published request for information document. The publication essentially opens the possibility for US organizations to pursue the project, outlining several conditions. Continuing the project would necessitate forming a partnership with NASA to conduct a lunar mission as closely aligned with the original plan as possible, although there would be some flexibility in addressing the established goals. For instance, new scientific objectives could be added.

Viper Rover3

If a private entity chooses to proceed with the project, it must first submit a proposal to NASA. Once approved, they would need to utilize the rover in its current condition. The positive aspect is that it was nearly ready for launch, although several tasks remained, such as a series of remaining tests. The partner would also be responsible for compensating NASA for the use of its facilities, including support for data processing, instrument usage, operations, and more during the mission.

“The goal is that any partnership would incur little to no additional cost to NASA,” the agency stated. It also clarified that the data obtained from the scientific mission must be shared openly. Finally, it indicated that if any company proceeds with the project, it cannot later change its mind and use VIPER’s components separately. The pressing question now is whether anyone is currently preparing a proposal to make use of this valuable scientific resource.

Images | NASA (1, 2)

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NASA’s VIPER Lunar Rover: Future in Limbo After $450 Million Investment

NASA spent around $450 million on the development of a lunar rover named VIPER (Volatiles Investigating Polar Exploration Rover). After four years of work, and amid delays and cost overruns, the US space agency decided to stop allocating resources to the project. This movement provoked a wave of criticism from some actors in the scientific sector, who presented An open letter to the United States Congress calling for the continuity of the initiative.

Objectives of the VIPER Mission

The objective of VIPER was to search for ice on the surface of our natural satellite. The goal was to create resource maps before the landings of the Artemis program missions. According to the original plans, the vehicle should have traveled to the Moon aboard the Astrobotic Griffin lander in December 2022. Unfortunately, this mission never took place, although Astrobotic’s contract with NASA remains intact, with plans to send its module without VIPER no earlier than the fall of 2025.

VIPER Still Has a Chance

When NASA announced its intention to pivot away from VIPER in favor of alternative (and cheaper) methods, it began a formal feedback period on how to proceed with the remnants of the project. Not only was there a significant investment, but a dedicated team of over 500 people had invested years of their careers in developing the rover. NASA’s interest in potentially leveraging VIPER seems to be increasing, but significant limitations remain.

Navigating the Funding Fiasco

NASA has explicitly stated it does not wish to spend any more money on VIPER, as outlined in a recent request for information. This document essentially opens the door for US organizations to take over the VIPER project, but sets out several conditions:

  • Partnership with NASA to carry out a lunar mission as similar as possible to the one originally planned.
  • Flexibility to include new scientific objectives.
  • Requirements for data sharing to be open to the public.
  • Any firm proceeding with the project may not repurpose VIPER components for other uses without permission.

The Path to Continuation

If a private actor decides to continue with the VIPER project, they would first need to submit their proposal to NASA. Upon approval, this entity could use the rover in its current state, which is promising as it was nearly ready for launch. Nonetheless, several tasks remain, including a series of remaining tests to ensure the rover’s functionality.

The new partner would also be required to compensate NASA for the usage of its facilities—these costs could include data processing support, use of instruments, and operational services. In NASA’s own words, “The intent is that any partnership will have little or no additional cost to NASA.”

Opportunities for Private Sector Involvement

The current situation presents a unique opportunity for private enterprises, especially those specializing in space exploration technology. Here are some ways a private actor could proceed:

  • Proposal Submission: Create a comprehensive plan detailing how the VIPER rover will be utilized to achieve lunar exploration objectives.
  • Collaboration: Work closely with NASA to ensure the rover meets all necessary specifications while integrating additional scientific goals.
  • Data Management: Develop plans for transparent data sharing that can contribute to the scientific community and potentially enhance public interest and funding.
  • Resource Mapping: Focus on the critical mission objective of finding and detailing ice deposits on the Moon’s surface, which holds immense potential for future colonization and resource utilization.

Current Status and Future Implications

The ultimate question remains: is there anyone preparing a proposal to put this valuable scientific resource back to work? While inquiries may surface, the need for investment, planning, and commitment is paramount.

Technical Specifications of VIPER Rover

Feature Description
Weight Approximately 450 kilograms
Height 1.5 meters
Power Source Solar panels and battery.
Scientific Instruments Mass spectrometers and geological radar.
Mission Duration Approximately 100 Earth days.

Potential Benefits of Continuing VIPER

Continuing the VIPER mission could yield numerous benefits for both NASA and the broader scientific community:

  • Resource Discovery: Identifying water ice on the Moon can pave the way for sustainable human exploration.
  • Technological Advancement: Further tests and missions can provide data to improve rover technology.
  • International Collaboration: Creates opportunities for partnerships with other countries and organizations interested in lunar exploration.

Public Opinion and Scientific Engagement

As VIPER’s future hangs in the balance, public interest and scientific enthusiasm will play a crucial role. A well-informed community can advocate for the project’s continuation by:

  • Participating in forums and discussions about the importance of lunar exploration.
  • Supporting initiatives that promote NASA’s goals and objectives.
  • Staying updated with NASA announcements and engaging in social platforms to raise awareness.
Viper Rover

Images | NASA (1, 2)

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