NASA Just Dropped Multiple RFIs for the Moon Base. Here's What Space Companies Need to Know.

When NASA Administrator Jared Isaacman unveiled Project Ignition on March 24, 2026, the headlines focused on the $20 billion price tag and the Gateway cancellation. What got less attention — but matters far more to the companies that will actually build this thing — is the wave of procurement actions NASA announced alongside the vision. Multiple Requests for Information (RFIs), new solicitations, and restructured procurements were either released during the event or announced as imminent.

If you run a space company, manage a business development team at a defense prime, or lead a startup trying to break into lunar infrastructure, this is the article you need to read. Here is every procurement opportunity that came out of the Ignition event, what NASA is signaling it wants, and how to position your company to respond.

What Was Announced: The Complete List

The Ignition event produced at least five distinct procurement actions, each targeting a different segment of the lunar architecture:

1. Moon Base Capabilities RFI — A broad request seeking industry input on supply chain readiness, manufacturing capacity, facilities access, and technology maturation for the lunar base program
2. Commercial Human Lunar Transportation RFI — Seeking proposals for crewed lunar landing services beyond Artemis 5, with a $6 billion cap over a 10-year ordering period and a requirement for at least two launch providers
3. CLPS 2.0 Solicitation — A restructured and expanded Commercial Lunar Payload Services program with new task orders, an expanded provider pool, and a phased approach
4. Lunar Terrain Vehicle (LTV) Procurement Restructuring — A shift from one large 10-year contract to incremental capability buys
5. Nuclear Heating/Power RFI — Incentivizing radioisotope heater unit (RHU) and radioisotope thermoelectric generator (RTG) technology on commercial landers
6. Lunar Science and Technology Payloads RFI — Released via NSPIRES, this RFI seeks ready-to-fly and medium-term science instruments and technology demonstrations for the dramatically expanded 2027-2028 CLPS landing manifest. Open to industry, academia, non-profits, government labs, and international partners (excluding entities with bilateral ties to China). With up to 30 robotic landings starting in 2027, NASA needs payloads for rovers, hoppers, drones, and surface landers — creating opportunities for universities, startups, and established payload providers alike.

Each of these represents a separate entry point into the Ignition program. Some are massive (the transportation RFI covers $6 billion in potential orders). Others are narrower but still represent significant new business for organizations of all sizes — the Science and Technology Payloads RFI specifically targets researchers and small companies that have instruments ready to fly. Let us break each one down.

1. The Moon Base Capabilities RFI

This is the broadest and potentially most consequential RFI from the Ignition event. NASA is asking industry a fundamental question: what do you need from us, and what can you deliver?

During the Ignition announcement, Administrator Isaacman framed it directly: "What can we do better? What's slowing you down? What are things that could turn your capability to enable us to turn science fiction into reality?"

That is not standard government procurement language. It is an open invitation to reshape how NASA works with industry on the Moon base program. The RFI covers four major categories:

• Supply chain readiness: NASA wants to know where the bottlenecks are. Which critical components have single-source suppliers? Where are lead times too long? What materials or subsystems are at risk?
• Manufacturing capacity: Can the existing industrial base produce lunar hardware at the cadence Ignition demands? NASA is planning near-monthly CLPS deliveries. That requires landers, instruments, rovers, and support hardware at a production rate the industry has never sustained.
• Facilities access: Do companies have the testing, integration, and launch facilities they need? Are there bottlenecks at thermal vacuum chambers, vibration tables, or clean rooms? Does the industry need NASA to open its own facilities more broadly?
• Technology maturation: Which technologies are close to flight-ready but need one more development cycle? Where could a targeted NASA investment unlock a capability that the private sector cannot fund alone?

If you have opinions on any of these topics — and if you work in the space industry, you do — this is your chance to put them on the record. RFI responses do not commit you to anything, but they put you on NASA's radar and shape how the program is structured.

2. Commercial Human Lunar Transportation RFI

This is the big one for launch providers and human spaceflight companies. NASA announced a new competitive solicitation for crewed lunar landing services beyond Artemis 5.

The key parameters:

• $6 billion cap over a 10-year ordering period
• At least two launch providers — NASA explicitly stated it intends to work with no fewer than two providers for redundancy and competition
• Crewed landings every six months — This is the sustained demand signal. Not one mission every two years. A landing every six months for a decade.
• New entrants welcome — NASA indicated it is open to companies beyond the current SpaceX and Blue Origin HLS contract holders

The math here is extraordinary. A $6 billion cap over 10 years, with landings every six months, means roughly 20 crewed landings at approximately $300 million each. For any company that can deliver a reliable human-rated lunar lander, this is the most sustained demand signal in the history of commercial spaceflight.

SpaceX and Blue Origin are the obvious incumbents, but NASA's emphasis on "no fewer than two providers" and openness to new entrants suggests the agency wants more competition. Companies developing heavy-lift vehicles or lunar lander architectures should pay close attention.

3. CLPS 2.0: The Conveyor Belt to the Moon

NASA is restructuring and dramatically expanding the Commercial Lunar Payload Services program. The original CLPS was an innovative but modest program — a handful of commercial landers delivering NASA instruments. Under Ignition, CLPS becomes the logistics backbone of the entire base-building effort.

The CLPS 2.0 structure has two phases of procurement:

• Phase 1 task orders: Two new RFPs for task orders are being released to the existing CLPS provider pool (Intuitive Machines, Astrobotic, Firefly Aerospace, Draper, and others). These task orders cover the initial wave of robotic deliveries to the south pole.
• Phase 2-3 follow-on solicitation: A separate solicitation will expand the CLPS provider pool, bringing in new companies that can meet the escalating delivery cadence. This is designed to ensure NASA has enough providers to sustain near-monthly landings.

The Phase 1 budget alone is approximately $10 billion — half of the entire Ignition funding. That is an enormous amount of commercial delivery services. For current CLPS providers, this transforms the program from a series of one-off missions to a sustained revenue stream. For companies not yet in the CLPS pool, the Phase 2-3 solicitation is your entry point.

The target is 25 launches and 21 landings by 2028. That is not experimental. That is operational logistics.

4. LTV Procurement Pivot

The Lunar Terrain Vehicle (LTV) procurement tells an important story about how NASA is thinking about Ignition acquisitions differently than previous programs.

Originally, NASA planned to award one large 10-year contract for a lunar rover. Under Ignition, that approach has been scrapped in favor of incremental capability buys. Instead of committing to one vendor for a decade, NASA will issue smaller contracts for specific capabilities — mobility, life support integration, power systems, cargo hauling — and build up the rover capability over time.

This is significant for two reasons. First, it lowers the barrier to entry. A small company with excellent electric motor technology does not need to build an entire rover to compete. Second, it lets NASA incorporate technology advances as they happen rather than locking in 2026 technology for a 2036 rover.

Companies with relevant ground vehicle, robotics, autonomous navigation, or mobility technology should watch the LTV procurement closely. The restructuring opens doors that the previous monolithic contract would have kept shut.

5. Nuclear Technology Opportunities

One of the most technically significant announcements from the Ignition event was NASA's decision to actively incentivize nuclear heating and power technology on commercial landers.

The lunar south pole presents a severe thermal challenge. During the two-week lunar night, surface temperatures plunge below minus 280 degrees Fahrenheit. Electronic systems, batteries, and scientific instruments must be kept warm to survive. The conventional approach — electric heaters powered by batteries — is heavy and limits mission duration.

NASA is now pushing for radioisotope heater units (RHUs) and potentially radioisotope thermoelectric generators (RTGs) on commercial landers. The agency indicated it is open to any heating or power survival technology that enables landers and surface assets to survive the lunar night.

This is an RFI, not a contract, but the signal is clear: NASA will pay for nuclear technology on the Moon. Companies developing compact nuclear power systems, radioisotope heating, or alternative lunar night survival technologies have a new customer.

Separately, NASA announced that Space Reactor 1 Freedom — a nuclear electric propulsion spacecraft — will launch to Mars by the end of 2028, further demonstrating the agency's commitment to nuclear technology in space. The nuclear supply chain needed for both SR-1 and lunar surface systems represents a significant market opportunity.

6. Lunar Science and Technology Payloads RFI

This is the opportunity many smaller organizations and universities have been waiting for. Released via NSPIRES on March 24, the Lunar Science and Technology Payloads for Expanded Lunar Landing Opportunities RFI specifically targets the dramatically expanded 2027-2028 CLPS landing manifest.

With NASA planning up to 30 robotic landings starting in 2027, there are far more payload slots available than current demand fills. NASA is actively seeking:

• Ready-to-fly instruments that can be manifested on near-term CLPS missions
• Medium-term payloads requiring 1-2 years of development for later missions
• Technology demonstrations relevant to lunar surface operations, ISRU, power, communications, or mobility
• Science instruments supporting geology, volatile prospecting, space weather monitoring, or astrophysics from the lunar surface

Eligible respondents include industry, academia, non-profits, government laboratories, and international partners — with the exception of entities with bilateral ties to China. This broad eligibility means university research groups, small payload companies, and international collaborators all have a path in.

The payloads will ride on various delivery platforms including standard CLPS landers, rovers, hoppers, and the new Moonfall drones. Mass and volume constraints vary by delivery vehicle, but the RFI is designed to capture the full range of possibilities before NASA issues specific task orders.

For researchers and small companies, this may be the most accessible entry point into the Ignition program. You do not need to build a lander or win a prime contract — you need a payload that advances NASA's science or technology goals and can survive delivery to the lunar surface.

How to Respond: A Step-by-Step Guide

If any of these opportunities are relevant to your company, here is how to act:

Step 1: Register on SAM.gov and NSPIRES

Every company seeking federal contracts must be registered in the System for Award Management (SAM.gov). If you are not already registered, start now — the process takes several weeks. You cannot bid on any NASA solicitation without an active SAM registration. For the Science and Technology Payloads RFI specifically, you will also need a NSPIRES account at nspires.nasaprs.com, which is NASA's system for research solicitations. For a detailed walkthrough of SAM.gov, see our SAM.gov guide for space companies.

Step 2: Check the Ignition Page

NASA has published a dedicated page at nasa.gov/ignition with links to all active RFIs, solicitation timelines, and program information. Bookmark it and check it regularly. RFI deadlines are typically 30-60 days from release.

Step 3: Attend Breakout Sessions

NASA announced breakout sessions and industry days associated with the Ignition RFIs. These sessions provide direct access to program managers and contracting officers. They are where you learn what NASA actually wants versus what the formal RFI language says. Attendance is typically free but requires registration.

Step 4: Submit Through the RFI Portal

RFI responses are submitted electronically through the NASA Solicitation and Proposal Integrated Review and Evaluation System (NSPIRES) or through SAM.gov, depending on the specific action. Read the submission instructions carefully — format and page limits vary.

Step 5: Build Relationships

Government procurement runs on relationships. Attend industry conferences, participate in NASA-sponsored events, and engage with contracting officers during open periods. The companies that win contracts are the ones NASA already knows and trusts. Use our Space Talent Hub to find professionals with NASA procurement experience.

What NASA Is Really Looking For

Behind the formal procurement language, the Ignition event revealed specific themes about what NASA values in its commercial partners. Companies that align with these priorities will have a significant advantage:

• Mission reliability above all else: NASA made clear that schedule and budget performance will be scrutinized closely. Administrator Isaacman used pointed language about accountability, stating that companies should expect uncomfortable consequences if schedules slip or budgets are exceeded. This is a departure from the more accommodating posture of recent years.
• Supply chain readiness: NASA is worried about single points of failure in the industrial base. Companies that can demonstrate robust, redundant supply chains — multiple qualified sources for critical components, domestic manufacturing where possible — will score well.
• NASA workforce embedding: One of the most notable statements was that NASA intends to embed subject matter experts at contractor facilities across the supply chain. Administrator Isaacman stated: "We will embed NASA subject matter experts across the supply chain attached to every vendor, subcontractor and every part on the critical path." Companies should be prepared to host NASA engineers and accept direct oversight of their production processes.
• Manufacturing scale: The near-monthly CLPS cadence and crewed-landing-every-six-months tempo require manufacturing throughput the industry has not yet demonstrated. Companies that can show they can scale production — not just build one flight unit — will stand out.
• Willingness to accept NASA oversight: This is a cultural shift. The commercial space era was built on NASA stepping back and buying services. Ignition is NASA stepping forward again — buying services but with much tighter oversight. Companies that resist embedded NASA staff or transparent reporting will not thrive in this environment.

The $20 Billion Signal

Step back and look at the full picture. Phase 1 is approximately $10 billion. Phase 3 adds roughly $10 billion more. The commercial lunar transportation RFI adds another $6 billion cap. Combined with existing Artemis contracts (SpaceX HLS, Blue Origin Sustaining Lander, Orion, SLS), the total procurement flowing through the Ignition architecture approaches $50 billion or more over the next decade.

This is not a study. This is not a concept. These are real procurements with real money and real deadlines. The RFIs released during the Ignition event are the first wave. More will follow as each phase matures.

For companies positioned to respond, this is the largest sustained procurement opportunity in the history of the commercial space industry. For companies that wait, the provider pools and contract vehicles will be established without them.

The window is open. The RFIs are live. Act accordingly.

For current NASA and DoD solicitations, visit our Procurement Intelligence page. For job opportunities on Ignition-related programs, check our Space Talent Hub.

Track Project Ignition live: Visit our Ignition Tracker for real-time milestones, contract tracking, and company involvement.