One Landing Worked. Now NASA Wants 73 More.

NASA wants to land on the moon monthly by early 2027. The agency's Commercial Lunar Payload Services program has managed four missions so far. One worked completely.

That is the gap between NASA's new rhetoric — "shots on goal and win the game" — and the operational reality it is trying to close. At the agency's Ignition event on March 24, Carlos Garcia-Galan, NASA's program executive for Moon Base, laid out a phased plan to go from two robotic lunar landings this year to a sustained monthly cadence, with the Commercial Lunar Payload Services program doing the heavy lift. The ambitions are real. The record is also real.

The plan, as SpaceNews reported, breaks into three phases. Phase 1 runs 2026 through 2028 and targets 21 landings delivering 4,000 kilograms of payload total — two landers in 2026, ramping to nine in 2027 and 10 in 2028. Phase 2, covering 2029 to 2032, calls for 24 landings carrying 60,000 kilograms, using larger robotic landers capable of delivering up to 5,000 kilograms each. Phase 3 begins in 2033 with landers rated for eight metric tons per mission, supporting 28 landings over four years and, for the first time, regular cargo return from the lunar surface.

Those are flight-plan numbers, not hardware commitments. Garcia-Galan was direct that Phase 1 targets depend on what vendors propose in current solicitations — approximations, not purchase orders. The difference matters. NASA is publishing a demand signal; it is still waiting for industry to confirm it can meet it.

To help that along, the agency issued a draft request for proposals for CLPS 2.0 on the same day. The new contract vehicle has a $6 billion ceiling, a 10-year ordering period, and a 15-year execution window. More significantly, it requires vendors to propose landers with proven heritage — not concepts — with deployment readiness by the end of 2028. The shift is explicit: CLPS 2.0 is not another round of risk-tolerant technology demonstrations. It is a reliability contract with NASA engineering support baked in.

"We want to increase mission reliability, and that starts now," Garcia-Galan said at the Ignition event. "We know how to land things on a different planet. We are going to identify those subject matter experts. We are going to identify the key things that we can offer."

That is a meaningful departure from the original CLPS model, which was designed around the "shots on goal" philosophy — accept failures as the cost of building a lunar transportation market fast. The four missions launched under that model tell the story plainly. Firefly Aerospace's Blue Ghost 1 lander completed its mission successfully in 2025, the only CLPS lander to do so. Intuitive Machines' IM-1 and IM-2 both tipped over on landing in 2024 and 2025 respectively, limiting their surface operations. Astrobotic's Peregrine lander malfunctioned hours after launch in January 2024 and never attempted landing. One complete success out of four tries is the baseline NASA is now asking industry to improve on.

The cadence plan is partly designed to force that improvement through repetition. Higher mission frequency surfaces manufacturing and testing bottlenecks faster than occasional flagship missions do. "Doing so will help find chokepoints in the lander ecosystem, such as manufacturing, test facilities or technologies," Garcia-Galan said. "Identifying that and addressing it is the number one priority here." Steve Altemus, chief executive of Intuitive Machines, echoed the logic: sustained flight rate "really does improve reliability in our systems and allows us to grow a more sustainable business." Jason Kim, Firefly's chief executive, said the company has been investing in clean rooms and production facilities specifically to build multiple landers simultaneously — not sequentially.

Four CLPS missions are currently on the 2026 manifest: Astrobotic Griffin-1, Blue Origin Blue Moon Mark 1, Firefly Blue Ghost 2, and Intuitive Machines IM-3. All four are individual shots. Whether they become a cadence depends on how many of them reach the surface intact.

The CLPS program is the near-term logistics layer. NASA also used the Ignition event to announce a $180.4 million award to Intuitive Machines for IM-5, targeting the lunar south pole in 2030 — the company's fifth CLPS task order and the first requiring its larger Nova-D lander class, capable of carrying seven NASA payloads plus two rovers. The Nova-D is an upgrade from the Nova-C design used on IM-1 through IM-4, and its debut mission carries the agency's first large-class CLPS delivery order.

The human landing system picture is less concrete. Lori Glaze, NASA's acting associate administrator for exploration systems development, said both SpaceX and Blue Origin are working to simplify their lander architectures. SpaceX is "considering alternatives of their current HLS Starship design while implementing a more streamlined approach," according to Glaze. Blue Origin is using "existing capabilities that they have today as a steppingstone toward their eventual full-capacity architecture." No technical details were disclosed, and neither company has published its acceleration plans publicly. NASA said it is still evaluating how alternative orbital approaches — including whether to use the near-rectilinear halo orbit originally planned for the Gateway — would affect mission architecture. "We'll be able to say, here's how we want to work with each provider, what we'd like them to really push forward on their development," Glaze said. The details, when they come, will matter: the gap between "simplifying" a Starship-derived lunar lander and actually building it is not a small one.

What to watch: the four 2026 missions will test whether the current lander generation is mature enough to support the Phase 1 cadence targets. CLPS 2.0 vendor responses are due ahead of that deadline. And the HLS question — which provider flies first, and when — remains the most consequential open item in NASA's lunar access story, even if nobody at Ignition was ready to answer it.