NASA Awards 4 Lunar Lander Contracts Worth $600 Million as It Weighs PROMISE Rover Moon Mission
Updated
Updated · Butler Eagle · Jul 1
NASA Awards 4 Lunar Lander Contracts Worth $600 Million as It Weighs PROMISE Rover Moon Mission
3 articles · Updated · Butler Eagle · Jul 1
Summary
$600 million in new NASA awards went to four 2028 lunar delivery missions—two for Astrobotic, one for Intuitive Machines and one for Firefly Aerospace—expanding commercial support for its Moon Base plans.
NASA said the contracts are meant to speed mission ordering and build reliable lunar access, bringing its planned multi-provider missions to 17 through the coming years.
PROMISE, a spare Mars-rover sibling at JPL, is also being considered for the lunar south pole, where its RTG power system could survive the long lunar night and reach less accessible terrain.
Isaacman said the rover idea is still under review and may need instrument changes, but argued repurposing taxpayer-funded hardware could add capability quickly.
The awards fit Phase 1 of NASA's lunar strategy through 2029, ahead of an initial moon base capability in 2029-2032 and a semi-permanent crew presence after 2032.
With its primary lander facing delays, how will NASA deliver its one-ton nuclear rover to the Moon?
Can a nuclear-powered Mars rover replica secure America's foothold on the Moon before its rivals?
Is repurposing a Mars test rover a brilliant shortcut or a high-stakes gamble for NASA's lunar ambitions?
Promise Rover: NASA’s Nuclear-Powered Leap Toward Sustained Exploration of the Lunar South Pole
Overview
NASA is actively considering a bold new lunar mission using the Promise rover, a nuclear-powered vehicle originally built as a backup for the Mars Perseverance mission. By repurposing existing taxpayer-funded hardware, NASA demonstrates its commitment to daring exploration and making the most of available resources. The Promise rover is designed to achieve valuable scientific and exploration goals on the Moon’s south pole, supporting the Artemis Moon Base program. This mission reflects renewed scientific curiosity about critical lunar regions and responds to intensifying international competition in space, highlighting NASA’s strategic approach to advancing lunar exploration.