NASA Wants 12x More Moon Landings. Its Own Program Manager Hasnt Read the Contract.

NASA wants to go from roughly two lunar landings per year to twelve by 2028. The contract that would pay for it exists. The program manager in charge of spending it says he has not read it.

That is the situation inside NASA's Commercial Lunar Payload Services program right now. On April 27, NASA's Johnson Space Center posted a sole-source contract modification on SAM.gov, the federal procurement database, proposing to raise the maximum value of the CLPS contract from $2.6 billion to $4.2 billion, a 62 percent increase, as SpaceNews first reported. The filing is the formal mechanism that would fund the surge in lunar landings NASA announced at its Ignition event in March: nine landings in 2027, ten in 2028, eventually hitting a monthly cadence for the Moon Base program.

Joel Kearns, NASA's deputy associate administrator for exploration in the Science Mission Directorate, was asked about the filing during an April 29 panel at the Lunar Surface Innovation Consortium spring meeting. His response, as reported by SpaceNews: he was not familiar with the document.

"We have to start ramping now into this higher cadence, with a target of monthly landings, to bring some of the things to the surface very, very soon for Moon Base," Kearns told the panel. He said this while overseeing a program he appears to not have read the funding filing for.

The gap between NASA's ambition and its internal coordination is, on its own, a management story. But the more structurally interesting question is whether the lunar industrial base can execute the ramp that NASA is demanding, with or without coordination.

The track record is not encouraging. A NASA Office of Inspector General audit published in June 2024 found that cost growth across CLPS task orders averaged 26 percent per mission, and schedule slippage averaged 14 months. The program has completed two landings in 2025. NASA is projecting four in 2026. The Ignition plan calls for ten in 2028. That is a twelvefold increase in landing cadence in under three years.

No current CLPS lander meets the four-metric-ton payload capacity that NASA's Phase 1 specifications call for, according to an analysis by the Journal of Space Commerce. The CLPS 1.0 contract ceiling, even at $4.2 billion, mathematically cannot fund the 30-landing Ignition target at current task order values, approximately $150 million to $180 million per mission. That target is structurally dependent on CLPS 2.0, the follow-on contracting vehicle NASA has committed to establishing by the end of fiscal year 2026, and which does not yet exist in awarded form, as GovConWire reported.

When asked at the LSIC panel whether industry could meet NASA's production rate projections, the responses were carefully non-committal. Farah Zuberi of Firefly Aerospace said her company now has three landers in production and clean room space for eight. Eddie Seyffert of Blue Origin said his company is thermal-vacuum testing its first Blue Moon lander. Ben Bussey of Intuitive Machines noted that the key to scaling is supply chain reliability and hinted at moving toward build-to-print standardization. Nobody said yes, we can do monthly landings by 2028.

Firefly has moved further than most. Its Blue Ghost Mission 1 landed successfully on March 2, 2025. It has since won task orders worth $176.7 million to deliver two rovers and three scientific instruments to the lunar south pole. Intuitive Machines won a $180.4 million task order in March for IM-5, which is not projected to launch until 2030.

The proposed $1.6 billion ceiling increase buys time, not certainty. It extends the financial runway for existing task orders under CLPS 1.0 while NASA procures CLPS 2.0. The modification is structured as a sole-source award, meaning NASA determined that only the current pool of 13 CLPS contractors can perform the work; which is to say, the ceiling increase is a bridge financing mechanism for the existing program, not a new procurement, as Aviation Week noted.

What NASA is actually purchasing with the ceiling increase is optionality: the ability to award more and larger task orders without hitting the $2.6 billion cap before CLPS 2.0 is ready. Whether that optionality translates into a monthly landing cadence by 2028 depends on whether the industrial base can scale faster than it has in the program's first seven years. The companies are building more landers. The supply chains are under strain. The track record of cost growth and schedule slippage is documented. And the program manager has not read the contract.

Organizations that believe they can perform the work may submit qualifications to NASA by 4 p.m. CDT on May 6.