Mars & Moon

NASA Eyes Lunar Rover Mission PROMISE Using Spare Nuclear Mars Rover

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NASA Eyes Lunar Rover Mission PROMISE Using Spare Nuclear Mars Rover
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This article was produced with AI assistance and editorially curated from public sources.

New contracts for the Artemis Moon Base

As part of its Artemis program, the U.S. space agency NASA has signed agreements with several contractors to deliver modular landers and supporting infrastructure for a sustainable lunar outpost. The contracts cover the design, construction, and integration of systems needed for long‑duration crewed missions on the Moon.

Project PROMISE – A rover for the lunar surface

In parallel with the landing contracts, NASA is studying the feasibility of adapting an existing nuclear‑powered rover, originally built for Mars exploration, for use on the Moon. The initiative, named PROMISE (Powerful, Robust, Mobile, Intelligent Surface Explorer), aims to leverage the spare vehicle as a technology demonstrator.

Technical basis of the spare rover

The rover is based on the Multi‑Mission Rover architecture, equipped with a small fission reactor that provides continuous electrical power. This capability would allow the vehicle to operate for months without reliance on solar energy, a valuable asset for lunar experiments.

Potential mission objectives

A lunar deployment would test nuclear power generation in the Moon’s environment, gather radiation and thermal data, and support scientific investigations of the regolith. Instruments could be added to study permanently shadowed regions, measure temperature gradients, and assess the feasibility of in‑situ resource utilization.

Next steps

NASA intends to finalize a requirements document in the coming months and launch a selection process for a prime contractor. Simultaneously, engineering assessments will determine the modifications needed to adapt the rover to the Moon’s lower gravity and surface conditions.

Frequently asked questions

Was ist das Ziel des PROMISE‑Projekts?

PROMISE soll zeigen, dass ein nuklearbetriebener Rover auf dem Mond funktionieren kann und dabei wissenschaftliche Daten liefert.

Welcher Rover wird für die Mondmission in Betracht gezogen?

Ein bereits entwickelter, nuklearbetriebener Multi‑Mission‑Rover, der ursprünglich für Marsmissionen vorgesehen war.

Welche Vorteile bietet ein Kernreaktor auf dem Mond?

Er liefert kontinuierliche Energie unabhängig von Tageslicht, ermöglicht Langzeitbetrieb und unterstützt Experimente in dauerhaft schattigen Regionen.