NASA's Nearly $600 Million Lunar Lander Contracts Awarded to Three Companies
Claire Weston
NASA awarded nearly $600 million in lunar lander contracts to Astrobotic, Intuitive Machines, and Firefly Aerospace for four Moon delivery missions by late 2028. This means → commercial lunar transport is moving from proof-of-concept toward routine operations.
How is the $600 million split?
Astrobotic took the largest share — roughly $297.9 million covering two missions. Intuitive Machines received about $148.3 million; Firefly Aerospace, about $144.2 million.
All three contracts fall under NASA's CLPS program — Commercial Lunar Payload Services, where private companies deliver science hardware to the Moon's surface instead of NASA building its own landers.
Each mission carries three instruments: SCALPSS for 3D imaging of rocket-plume dust disturbance, a laser retroreflector array for permanent location marking, and a spectrometer measuring surface radiation levels.
Why did the stocks rally?
After-hours trading moved up across the board: Intuitive Machines (LUNR) +5.8%, Firefly Aerospace (FLY) +3.2%, Voyager Technologies (VOYG) +2.3%.
Voyager announced plans this month to acquire Astrobotic for up to roughly $300 million. This means → Astrobotic's $297.9 million in new contracts directly backstops the deal's revenue case and strengthens the buyer's logic.
In plain terms = for Voyager shareholders, the acquisition target landed a major contract before the deal even closed — a clear positive.
Can these landers be trusted — what is their track record?
All three companies are flying upgraded versions of previously flown models, but past mission results are mixed.
Astrobotic's 2024 debut mission failed. Intuitive Machines became the first company to soft-land a commercial spacecraft on the Moon in 2024, but the lander tipped over on touchdown, limiting results; its March 2025 follow-up also had a landing deviation. Firefly successfully completed its first lunar landing in March 2025.
NASA's lunar-base program manager García-Galán said Astrobotic "learned a great deal from its previous mission." This reflects NASA's strategy — accept iterative failure to mature commercial capability, rather than waiting for flawless technology before awarding contracts.
Where does NASA's lunar-base blueprint stand?
These contracts bring NASA's planned lunar surface delivery missions to a cumulative 17, folded into the Artemis crewed-landing program framework.
NASA Administrator Isaacman disclosed plans to spend over $20 billion on lunar-base construction over the next seven years, and is considering sending PROMISE — a rover built on Curiosity and Perseverance technology — to the Moon.
NASA also plans to solicit proposals for additional landers, a communications relay network, and technology demonstrations. In plain terms = landers are just the first link — communications, rovers, and base construction form a full chain still to be built out.
Can commercial lunar transport turn a profit?
All three companies remain in a "government contracts fund R&D" phase with no stable commercial revenue. This means → despite the large contract values, whether the business can move from proof-of-concept to sustainable profit depends on downstream mission success rates.
This reflects a pattern typical of commercial spaceflight: prove capability on government orders, build a flight record, then compete for commercial customers.
For investors, the near-term signal is revenue certainty from contract awards; the medium-term signal is mission execution — any single failure could reverse market confidence.
Content is for reference only, not financial advice.