NASA Unveils $10 Billion Moon Base Plan: Eight Companies to Deliver Cargo, a Nuclear Rover and Power Towers to the Lunar South Pole

NASA has unveiled its biggest step yet towards a permanent home on the Moon. On Saturday 7 November 2026, the space agency announced a package of contracts and mission updates worth billions of dollars, covering cargo landers, a nuclear-powered rover, launch services, power towers and a communications network in space around the Moon.

The centrepiece is a new ten-year contract worth up to $10 billion, under which eight companies — including SpaceX, Blue Origin, Intuitive Machines and Firefly Aerospace — will compete to deliver cargo to the surface. NASA also confirmed it is moving ahead with PROMISE, a nuclear-powered rover that will hunt for water ice at the Moon’s South Pole, and awarded about $1.3 billion in launch and transport work to get the base’s first pieces into place.

“We are building the Moon Base mission by mission,” said NASA Administrator Jared Isaacman, announcing the awards at the MAX POWER aerospace expo at the Kennedy Space Center in Florida. “When our astronauts return to the Moon, they will arrive with the first elements of the Moon Base waiting for them on the surface.”

The plan marks a clear shift in how NASA works. Instead of designing and owning everything itself, the agency is buying services from private companies — the same approach it used to get astronauts to the International Space Station. This time, the goal is not a short visit but a base that stays.

The $10 billion delivery contract: what CLPS 2 actually is

The largest item in the package is the second phase of NASA’s Commercial Lunar Payload Services programme, known as CLPS 2. Under this framework, eight companies have been selected to compete for future missions carrying NASA science, technology and infrastructure to the lunar surface.

The contract is a ten-year, multiple-award, indefinite-delivery/indefinite-quantity master contract — in plain language, a long-term framework agreement — with a combined maximum value of $10 billion. That figure is a ceiling, not a cheque. No company has received $10 billion, and no single delivery mission has been awarded yet. Instead, the eight companies are now eligible to bid for individual delivery jobs as NASA orders them, and the total value of all orders over the decade cannot pass $10 billion. In short, being on the list is the right to compete, not a guaranteed share of the money.

The money arrives mission by mission, through task orders NASA will issue as the Moon Base takes shape. If NASA exercises a five-year extension option, the ceiling could rise to $15 billion and the contract could run to 2041.

NASA also raised the ceiling of the original CLPS contract, now called CLPS 1.0, from $2.6 billion to $4.2 billion, to support the first phase of the Moon Base. That contract stays in place through November 2028, with five more years to complete deliveries already awarded, running to November 2033.

The CLPS programme began in 2018 as a way for NASA to buy rides to the Moon from private lander companies. Thirteen American companies are currently eligible, and NASA has awarded 17 lunar deliveries to five vendors, carrying more than 60 payloads. CLPS 2 is the next, much bigger chapter — a delivery network built to supply a permanent base rather than one-off science trips.

The eight companies — and what each brings

The eight companies selected for CLPS 2 mix space industry giants with newer specialists:

• Blue Origin — Jeff Bezos’s space company, which is also building the Mark 1 lander that will deliver the PROMISE rover.
• Firefly Aerospace — the Texas company whose Blue Ghost lander touched down on the Moon in March 2025, the first fully successful commercial Moon landing.
• Intuitive Machines — the Houston company whose Odysseus lander reached the Moon in February 2024, the first American spacecraft to land there since Apollo 17 in 1972.
• ispace-U.S. — the American arm of the Japanese lunar exploration company.
• Lockheed Martin Space — builder of NASA’s Orion crew capsule.
• Northrop Grumman Space Systems — a long-established defence and space contractor.
• SpaceX — Elon Musk’s company, which already flies astronauts for NASA and is building the Starship lunar lander for the Artemis programme.
• Voyager Technologies — a space and defence technology firm.

Together, the eight will manage, build and operate landers that carry NASA payloads to the Moon. The selection immediately moved markets: shares in the three publicly listed smaller companies jumped on Monday, with Voyager Technologies up about 16%, Firefly Aerospace up about 17% and Intuitive Machines up about 15%, according to market reports. The mix is deliberate: competition keeps costs down, and having more than one company able to deliver means a failure by one does not stall the whole programme. The companies will bid against each other for each delivery, and NASA will pick the best offer mission by mission.

A nuclear-powered rover to hunt for water ice

The most eye-catching single item in the announcement is PROMISE — short for Polar Rover for Observation, Mapping, and In-Situ Exploration. It is a six-wheeled, nuclear-powered rover that will land at the Moon’s South Pole to explore the surface and the ground beneath it, assess the resources available there, and help choose landing sites for future missions.

PROMISE matters because of where it is going and what it will look for. The Moon’s South Pole is home to craters that never see sunlight, where temperatures can fall below minus 200 degrees Celsius and scientists believe water ice has been trapped for billions of years. That ice is the key to a permanent base: it can be turned into drinking water, into oxygen to breathe, and — split into hydrogen and oxygen — into rocket fuel.

The rover will carry a drill to dig about one metre below the surface and test the soil for ice, plus spectrometers, temperature and radiation sensors, cameras and a next-generation radiation-tolerant computer. Its autonomy software will let it navigate terrain no human has ever walked on.

Because it is nuclear-powered, PROMISE can keep working through the long lunar night — about two weeks — and inside the permanently shadowed craters where sunlight never reaches. A solar-powered rover would go dark there. The nuclear power source is what makes the mission possible at all.

NASA’s Jet Propulsion Laboratory in Southern California will manage the mission and build the rover from spare parts and test models left over from the Curiosity and Perseverance Mars rovers. Using proven hardware cuts costs and shortens the schedule, and NASA says the Mars hardware can survive the South Pole’s harsh conditions.

The agency is targeting late 2028 to launch PROMISE, for an 18-month mission. Blue Origin won a $94 million base contract, with a further $140 million available if performance targets are met, to deliver the rover on its Mark 1 lander. The award expands a task order given in May 2026 for Blue Origin to deliver two lunar terrain vehicles to the Moon.

Getting there: rockets, freight trucks in space and MoonFall drones

Delivering cargo to the Moon is only half the problem. First, everything has to get from Earth to lunar orbit, and that needs a transport network in space. NASA awarded six task orders worth about $1.3 billion combined under its VADR launch services contract, to Arrow Science and Technology, Blue Origin and Impulse Space.

The VADR contract is itself a ten-year framework worth up to $5 billion. The six task orders cover three types of mission: reducing the risks of future long-term human spaceflight, including testing communication and navigation and proving that orbital transfer vehicles — essentially long-distance freight trucks in space — can deliver a CLPS lander to the right orbit (this includes sending the CAPSTONE 02 spacecraft into deep space); preparing the South Pole for astronauts by sending highly mobile drones, including NASA’s MoonFall drones, to survey the surface; and testing navigation technologies between the Earth and the Moon so future landers can carry more cargo.

Some missions will launch aboard Blue Origin’s New Glenn, Relativity Space’s Terran R and SpaceX’s Falcon 9 rockets, with in-space transport spacecraft from Blue Origin, Firefly Aerospace, Impulse Space and Quantum Space.

In a separate award, NASA selected SpaceX for a Cislunar Communications Deployment Demonstration: SpaceX will launch communications satellites aboard a Starship to cislunar space — the region between the Earth and the Moon — in 2028, helping build the networks that keep astronauts, mission controllers and the Moon Base connected.

Power and phone signal on the Moon

A base needs power and communications, and NASA awarded the first pieces of that infrastructure too. The agency plans to buy commercial components for a Mini-Communications and Solar Tower, known as miniCAST, including solar arrays, batteries and wireless power-transfer hardware. Three companies won awards for parts of it: Honeybee Robotics, a Blue Origin company, for energy storage; Redwire for power generation; and Yank Technologies for wireless power transfer. Engineers at NASA’s Marshall Space Flight Center in Huntsville, Alabama, will assemble and test the systems before they are delivered to the lunar surface.

The miniCAST will combine power and communications in a single structure to support future Moon Base activities. NASA expects work to begin within months, starting with components rather than a complete system. A separate solicitation for fully integrated power systems is expected in early 2027.

Why the South Pole — and why water ice matters

To understand the whole package, it helps to understand why NASA has chosen the Moon’s South Pole. Earlier missions went to the flatter, sunnier regions near the equator, because landing there was easier. The South Pole is harder: the terrain is rugged and the shadows are deep. But it has two things nowhere else on the Moon offers.

The first is water ice, trapped in the permanently shadowed craters. The second is sunlight: on the rims of some polar craters, the Sun shines almost continuously, so solar panels can generate power nearly all the time. A base between the sunlit rims and the shadowed ice deposits gets both power and water — the two things a permanent outpost needs most.

That is why almost every part of the 7 November package points at the South Pole. The PROMISE rover will map the ice, the MoonFall drones will survey the landing sites, the miniCAST tower will provide power and communications, and the CLPS 2 landers will deliver the cargo — each a step towards a base that can support astronauts for months at a time, rather than days.

The prize is bigger than the Moon. NASA says the lunar base is the foundation for the first crewed mission to Mars: learning to live and work on the Moon — making water, power and fuel from local resources — is the rehearsal for the much longer journey there.

What it means for the Moon race

The announcement also says something about how the modern space race works. NASA is no longer the only builder: private companies now design the landers, fly the rockets and build the power systems, while NASA buys the service and sets the destination — the same model that already carries NASA astronauts to the space station aboard SpaceX’s Crew Dragon, now applied to a place 384,400 kilometres away. The competition matters too. China aims to land astronauts on the Moon by 2030 and has its own plans for a research station at the South Pole, so the two countries are in effect racing to build the first permanent presence there. For the companies, a place on the CLPS 2 list is a chance at a decade of lunar contracts. For NASA, the risk is that lunar schedules have slipped before, and the late-2028 target for PROMISE and the 2028 communications demonstration are plans, not completed missions.

What happens next

Three dates are worth watching. Work on the miniCAST power tower components begins within months, with a separate solicitation for fully integrated power systems expected in early 2027. SpaceX is scheduled to launch communications satellites to cislunar space aboard a Starship in 2028. And NASA is targeting late 2028 to launch the PROMISE rover, for an 18-month mission at the South Pole.

Meanwhile, the eight CLPS 2 companies will prepare their landers and bid for the first delivery task orders. The VADR transport missions — including the CAPSTONE 02 spacecraft and the MoonFall drone surveys — will fly first, because the base’s cargo cannot land until the transport network and landing sites are ready.

Moon Base Program manager Carlos García-Galán said the pace has quickened sharply: “In the eight months since Ignition, we’ve made incredible strides in accomplishing the near impossible: establishing a permanent outpost on the lunar surface.”

If the plan holds, the first elements of the Moon Base will already be waiting on the surface when astronauts arrive — a rover digging for ice, a tower beaming power and signal, and landers queuing up to deliver the next load.

Frequently asked questions

What is NASA’s Moon Base plan?

It is NASA’s programme to build a permanent human presence at the Moon’s South Pole, using commercial companies to deliver cargo, a rover, launch services, power systems and communications. The awards were announced on 7 November 2026.

What is CLPS 2?

CLPS 2 is the second phase of NASA’s Commercial Lunar Payload Services programme: a ten-year framework worth up to $10 billion, under which eight companies can compete to deliver NASA cargo to the lunar surface.

Does the $10 billion mean each company gets that much?

No. The $10 billion is a ceiling — the maximum total value of all delivery orders over ten years, shared across all eight companies. No delivery mission has been awarded yet.

What is the PROMISE rover?

PROMISE is a six-wheeled, nuclear-powered rover that will land at the Moon’s South Pole and drill about one metre into the ground to look for water ice. NASA is targeting a launch in late 2028 and an 18-month mission.

Why the Moon’s South Pole?

The South Pole has water ice trapped in permanently shadowed craters, and near-constant sunlight on crater rims to power solar panels. The ice can provide water, oxygen and rocket fuel.

When will astronauts live at the Moon Base?

NASA has not given a date for a permanently crewed base. The current package covers robotic cargo deliveries, a rover and infrastructure, with astronauts arriving to find the first elements already on the surface.

Conclusion

NASA’s 7 November announcement turns the Moon Base from a plan into a procurement pipeline: eight companies competing to deliver cargo under a $10 billion framework, a nuclear-powered rover being built to hunt for water ice, launch orders worth about $1.3 billion, and a power and communications tower on order.

None of it is guaranteed. The $10 billion is a ceiling, not spending, and the rover’s late-2028 launch is a target — lunar schedules have slipped before. But the direction is clear: NASA is buying its way to a permanent South Pole base through private companies, mission by mission. If it works, the next astronauts to land on the Moon will not be visitors. They will be arriving home.

Sources

• NASA: https://www.nasa.gov/news-release/nasa-awards-moon-base-transportation-technology-science-projects/
• The Motley Fool: https://www.fool.com/investing/2026/11/09/why-voyager-technologies-stock-went-to-the-moon-on-monday/?source=iedfolrf0000001
• AirPro News: https://airpronews.com/2026/11/10/nasa-picks-eight-firms-for-10-billion-clps-2-moon-delivery-contract/
• Cosmic Herald: https://cosmicherald.com/article/nasa-clps-2-eight-companies-10-billion-moon-base-vadr-november-2026

This article is for general information and education only. It is not legal or financial advice.