Published: 9 November 2026 | USA 247 Trend Post
NASA has named eight American companies to compete for up to $10 billion in cargo deliveries to the Moon, unveiling the commercial backbone of its planned permanent base at the lunar South Pole — and confirming it is building a nuclear-powered rover to hunt for ice in the darkest corners of the Moon.
The agency announced the package on Saturday, 7 November 2026, at the MAX POWER aerospace expo and air show at the Kennedy Space Center in Florida. The eight companies — Blue Origin, Firefly Aerospace, Intuitive Machines, ispace-U.S., Lockheed Martin Space, Northrop Grumman Space Systems, SpaceX and Voyager Technologies — are now eligible to compete for future lunar delivery missions under a new contract framework called Commercial Lunar Payload Services 2, or CLPS 2.
The short version: the headline figure is a ceiling, not a cheque — no company has been handed $10 billion. What NASA has done is pre-qualify eight firms to bid for delivery jobs over the next decade, while also handing Blue Origin a concrete contract to carry a nuclear-powered rover to the Moon's South Pole by late 2028. It is the biggest commercial Moon announcement since the Artemis programme began.
Table of Contents
- 1. The Announcement: What NASA Said
- 2. The Eight Companies on the CLPS 2 Roster
- 3. What the $10 Billion Actually Means
- 4. PROMISE: The Nuclear-Powered Rover
- 5. Why the South Pole Matters
- 6. What This Means for the Moon Base
- 7. What Happens Next
- Frequently Asked Questions
1. The Announcement: What NASA Said
NASA announced the awards as part of a broad package of Moon Base projects, described in its news release 26-095, "NASA Awards Moon Base Transportation, Technology, Science Projects." The announcement was made at the MAX POWER expo at Kennedy Space Center, the agency's launch site in Florida, and covered cargo landers, a nuclear-powered rover, and launch and orbital transport services valued at about $1.3 billion.
The centrepiece is CLPS 2, the next phase of the Commercial Lunar Payload Services initiative. Under the framework, the eight selected companies will provide lunar delivery services — managing, building and operating landers that transport NASA science, technology and infrastructure payloads to the Moon's surface. The framework is a 10-year, multiple-award, indefinite-delivery/indefinite-quantity master contract with a combined maximum value of $10 billion.
The idea is straightforward: instead of NASA building and flying its own landers, it buys delivery as a service from commercial companies, much as it now buys crew transport to the International Space Station from SpaceX. The companies compete for individual delivery jobs as they come up, and NASA pays for the missions it needs.
NASA also announced that it is raising the ceiling on its existing CLPS 1.0 contract from $2.6 billion to $4.2 billion, to support the initial phase of the Moon Base programme. That contract remains in place through November 2028, with an additional five-year period to complete deliveries already awarded, running through November 2033.
2. The Eight Companies on the CLPS 2 Roster
The eight companies selected for CLPS 2 span the full range of the American space industry, from the biggest names in the business to newer specialists:
Blue Origin, Jeff Bezos's space company, which is building the large Blue Moon lander and already has a major role in NASA's Artemis programme. SpaceX, Elon Musk's company, which is building the Starship vehicle that NASA plans to use to land astronauts on the Moon. Lockheed Martin Space and Northrop Grumman Space Systems, two of the traditional giants of American aerospace, both with decades of experience building spacecraft for NASA and the military.
Firefly Aerospace and Intuitive Machines, two Texas-based companies that have already flown landers to the Moon under the original CLPS programme — Intuitive Machines made the first commercial Moon landing in 2024. ispace-U.S., the American arm of the Japanese lunar exploration company, and Voyager Technologies, a space infrastructure company that has been expanding rapidly through acquisitions.
Each company is now eligible to bid for individual lunar delivery task orders under CLPS 2. None has been promised a specific share of the $10 billion, and the real money will flow through those later task orders, none of which has been announced yet.
3. What the $10 Billion Actually Means
Some headlines have described the announcement as a single $10 billion award. That reading gets the structure wrong, and it matters for understanding what NASA has actually done.
CLPS 2 is a multiple-award, indefinite-delivery/indefinite-quantity framework. That means NASA has pre-qualified a pool of vendors and set a maximum amount it could spend across all of them over the life of the contract — $10 billion combined. The figure is a ceiling on future spending, not money already committed or divided between the companies.
In fact, each company is guaranteed only $25,000 under its base contract, according to reporting on the model contract — a total guaranteed minimum of $200,000 across all eight firms. Real money will come through task orders for specific delivery missions, which NASA will award competitively as the Moon Base programme develops.
The base ordering period runs through 30 September 2036. NASA may exercise a five-year option that would extend it through 30 September 2041 and raise the cumulative ceiling to $15 billion. The long timeframe reflects the scale of the ambition: this is not a contract for one mission, but the commercial framework for a decade of lunar deliveries.
For taxpayers, the distinction matters. The $10 billion is the most NASA could spend, not what it will spend. The agency will announce the value of each task order as it is awarded, and the total will depend on how quickly the Moon Base programme moves forward.
4. PROMISE: The Nuclear-Powered Rover
The most concrete payday of the announcement went to Blue Origin. NASA awarded the company a $94 million base contract, with a further $140 million available on performance, to deliver a nuclear-powered rover called PROMISE to the lunar South Pole aboard its Mark 1 lander, with a launch targeted for late 2028.
PROMISE is a six-wheeled, nuclear-powered rover designed to explore the Moon's South Pole, one of the most scientifically interesting — and most difficult — places on the lunar surface. Because it is nuclear-powered, it can operate in the permanently shadowed craters near the pole, where sunlight never reaches and temperatures plunge to some of the coldest in the solar system. Solar-powered rovers cannot survive there for long.
The rover's job is to hunt for water ice, which scientists believe is trapped in the shadowed craters. That ice is potentially the most valuable resource on the Moon: it can be turned into drinking water, oxygen to breathe, and even rocket fuel. If the ice can be harvested, it would transform the economics of a permanent Moon base, reducing the need to haul water and fuel all the way from Earth.
The 2028 target date is ambitious, and the history of lunar programmes suggests delays are possible. A June 2024 audit by NASA's inspector general found that eight active delivery orders under the original CLPS programme had risen in cost from $781.4 million to $984.3 million and were delayed by at least 14 months on average. But the PROMISE contract is a real commitment with real money attached, and it gives the Moon Base programme its first firm date.
5. Why the South Pole Matters
The choice of the South Pole as the focus of the Moon Base is no accident. The region combines two things no other place on the Moon offers: near-constant sunlight on some mountain peaks, which can power a base, and permanently shadowed craters nearby that may hold water ice.
The peaks of eternal light, as they are sometimes called, receive sunlight for most of the lunar day, making them ideal sites for solar panels. The shadowed craters, just a short drive away, are the coldest places in the solar system and act as natural freezers, trapping water delivered by comets and asteroids over billions of years.
That combination is why NASA's Artemis programme is aimed at the South Pole, why China and other nations are interested in the same region, and why the PROMISE rover's mission matters. Whoever can find and use the ice first will have a decisive advantage in building a permanent presence on the Moon.
The CLPS 2 landers will be the workhorses of that effort, carrying the habitats, power systems, scientific instruments and infrastructure that a base needs. Each delivery will be a step towards a permanent human presence beyond Earth orbit — the first since the Apollo programme ended in 1972.
6. What This Means for the Moon Base
The CLPS 2 announcement is the clearest sign yet of how NASA plans to build its Moon Base: not as a government-only project, but as a commercial enterprise in which private companies provide the transport and NASA provides the demand. It is the same model that transformed access to low Earth orbit, where commercial crew and cargo flights are now routine.
For the eight companies, selection is a valuable credential even before any task order is awarded. It puts them in the pool for a decade of lunar work, and it signals to investors and partners that NASA takes them seriously as Moon contractors. Voyager Technologies, for example, published its own release on the same day announcing its CLPS 2 selection.
For the wider space industry, the announcement confirms that the Moon is now a commercial market, not just a destination for government missions. The $10 billion ceiling, the $4.2 billion CLPS 1.0 extension, and the $1.3 billion in launch and transport orders announced alongside them add up to one of the largest commitments to lunar exploration ever made — and most of it will flow to private companies.
7. What Happens Next
The next milestone is the first CLPS 2 task order, which NASA has not yet announced. Watch for it in the coming months: it will show which companies NASA trusts with the first deliveries under the new framework, and how much each mission is worth.
The bigger date is late 2028, when Blue Origin is targeted to deliver the PROMISE rover to the South Pole. That mission will be the first real test of the CLPS 2 model at scale — a large lander, a nuclear-powered rover, and a landing in one of the most challenging places on the Moon.
And beyond that, the Moon Base itself. NASA has not announced a firm date for the first permanent lunar outpost, but the CLPS 2 framework runs through 2036, with an option to 2041. The decade ahead will decide whether the Moon becomes humanity's second home — or remains a place we visit, but never stay.
FAQs About NASA's CLPS 2 Moon Contracts
What is CLPS 2?
CLPS 2 is NASA's Commercial Lunar Payload Services 2 framework, a 10-year, multiple-award contract under which eight pre-qualified companies compete to deliver NASA science, technology and infrastructure payloads to the Moon's surface.
Which eight companies were selected for CLPS 2?
Blue Origin, Firefly Aerospace, Intuitive Machines, ispace-U.S., Lockheed Martin Space, Northrop Grumman Space Systems, SpaceX and Voyager Technologies.
Is NASA giving each company $10 billion?
No. The $10 billion is the combined maximum value of the framework across all eight companies over ten years. Each company is guaranteed only $25,000 under its base contract; real money flows through later task orders for specific missions.
What is the PROMISE rover?
PROMISE is a six-wheeled, nuclear-powered rover that NASA is building to explore the Moon's South Pole and search for water ice in permanently shadowed craters. Blue Origin won a $94 million base contract, with a $140 million performance option, to deliver it aboard its Mark 1 lander, with launch targeted for late 2028.
When will the Moon Base be built?
NASA has not announced a firm date for a permanent Moon Base. The CLPS 2 framework runs through September 2036, with a five-year option to 2041, and the original CLPS contract runs through November 2028.
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