On Saturday, 7 November 2026, NASA turned a long-promised idea into a shopping list. At the MAX POWER aerospace expo at Kennedy Space Center, the agency announced awards covering landers, a nuclear rover, transport services and surface power hardware.
The headline number is $10 billion. It is also the most misunderstood number in the announcement. NASA has not handed $10 billion to anyone. What it has done is open a ten-year framework under which eight companies can compete for lunar delivery work, with $10 billion as the combined maximum the framework can ever pay out. The real money — the money actually committed today — is far smaller, and it sits in a handful of concrete awards.
What NASA announced
The centrepiece is CLPS 2, the second round of NASA's Commercial Lunar Payload Services programme. Eight companies were selected: Blue Origin, Firefly Aerospace, Intuitive Machines, ispace-U.S., Lockheed Martin Space, Northrop Grumman Space Systems, SpaceX and Voyager Technologies. Under the new framework they are eligible to compete for future lunar surface delivery missions.
Alongside the lander pool, NASA unveiled PROMISE, a nuclear-powered rover bound for the lunar South Pole, and awarded about $1.3 billion in launch and in-space transport task orders. The first element of the Moon Base is due to launch in December 2026, with robotic missions following almost monthly from early 2027.
"We are building the Moon Base mission by mission," said NASA Administrator Jared Isaacman. "When our astronauts return to the Moon, they will arrive with the first elements of the Moon Base already waiting for them on the surface."
The $10 billion figure, explained
A contract ceiling is a maximum, not a payment. CLPS 2 is a ten-year, multiple-award, indefinite-delivery/indefinite-quantity master contract. NASA pre-qualifies a pool of vendors, then awards specific delivery jobs, called task orders, one at a time, as missions are defined and funded.
Each of the eight companies is guaranteed only $25,000 under its base contract. That is the legal minimum the government must pay to keep the contract alive. Across all eight firms, the guaranteed total is just $200,000. Everything above that depends on winning task orders. The $10 billion ceiling is simply the largest total NASA is allowed to spend through the framework over its ten-year life, and it will only be reached if NASA orders enough missions to fill it.
NASA also raised the ceiling on the existing CLPS 1.0 contract from $2.6 billion to $4.2 billion, to support the first phase of Moon Base objectives. That contract stays in place through November 2028, with deliveries already awarded able to run through November 2033.
Who the eight companies are
The roster is deliberately broad. Blue Origin and SpaceX are the heavyweights. Firefly Aerospace, Intuitive Machines and ispace-U.S. are specialist lander companies that have already flown, or attempted, lunar missions under the first CLPS round. Voyager Technologies, which acquired Astrobotic in July 2026, brings the Griffin-class lander into the pool.
That diversity is the point. NASA does not want a single lander design carrying every mission, because a single design means a single point of failure. If one company's lander is grounded, another's can fly. Different companies also bring different strengths: some are better at small, fast, cheap deliveries; others at large, heavy cargo. A base needs both.
PROMISE: the nuclear rover hunting for water
The most striking 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, characterise the surface and subsurface, and assess the potential of local resources — above all water ice.
Water ice is the reason the South Pole matters. Ice in permanently shadowed craters can be turned into drinking water, breathable oxygen and even rocket propellant.
The rover carries a drill that will pull up regolith — lunar dust — from about one metre below the surface, along with spectrometers to analyse the chemical composition of the soil, temperature and radiation sensors, and visible-light cameras.
Its nuclear power source is what makes the mission possible at all. A solar-powered rover would go silent during the two-week lunar night and inside the permanently shadowed craters where the ice is thought to hide. A nuclear-powered rover keeps working through the night and in the dark.
PROMISE will be built by NASA's Jet Propulsion Laboratory from spare flight components and engineering test models left over from the Curiosity and Perseverance Mars rovers. Blue Origin has been awarded a $94 million base contract, with a further $140 million available on performance, to deliver the rover on its Mark 1 lander. The launch is targeted for late 2028, and the mission is planned to last 18 months.
The transport network
Getting to the Moon is only half the journey. Cargo must also move between orbits, reach precise destinations, and be handed from one spacecraft to another. NASA awarded six task orders worth about $1.3 billion combined, under its Venture-Class Acquisition of Dedicated and Rideshare (VADR) launch services contract, to Arrow Science and Technology, Blue Origin and Impulse Space.
The orders cover three kinds of mission. The first will test communications and navigation on the journey from Earth orbit to the Moon, including delivering the CAPSTONE 02 spacecraft to deep space. The second will send MoonFall drones to survey the South Pole before astronauts arrive. The third will test navigation and cargo transfer between Earth and Moon orbits, demonstrating the orbital transfer vehicles that let future landers carry heavier loads.
Some missions will launch aboard Blue Origin's New Glenn, Relativity Space's Terran R and SpaceX's Falcon 9 rockets. The VADR contract itself has a ten-year term and a maximum total value of $5 billion — another ceiling, not another payment. SpaceX was also selected to launch communications satellites aboard a Starship to cislunar space in 2028, testing the lunar communications networks that will keep astronauts, mission controllers and the Moon Base connected.
Power: the tower that makes the base livable
A base also needs power, and power at the lunar South Pole is a genuine engineering puzzle. NASA plans to buy commercial components for a Mini-Communications and Solar Tower, known as miniCAST, combining power and communications in a single piece of surface infrastructure. Honeybee Robotics, a Blue Origin company, will supply energy storage; Redwire will supply power generation; and Yank Technologies will supply 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 surface. Work is expected to begin within months, and a separate solicitation for fully integrated power systems is expected in early 2027. A tower that can beam power wirelessly to a rover working in a shadowed crater is the difference between a base that huddles on a sunlit ridge and a base that can actually use the resources it came for.
Why mission by mission?
The Moon Base plan, unveiled in May 2026, is organised in three phases over ten years, and everything announced on Saturday sits in Phase One. The first three Moon Base missions are already defined: Blue Origin's Mark 1 lander, named Endurance, is due to fly first, landing at Shackleton Crater near the South Pole; Griffin and an Intuitive Machines mission follow.
The logic is borrowed from the playbook Isaacman quoted: fly often, learn, apply the lessons, and get better with every mission. Each flight tests something — a lander, a navigation system, a power component — and the next flight is built on what the last one taught.
Every robotic mission that lands before astronauts arrive reduces the risk of the crewed missions that follow. The MoonFall drones will map terrain that no rover can reach. PROMISE will tell NASA where the ice actually is. As our own coverage of the Moon's geology has shown, the lunar surface still holds surprises — the Moon is shrinking as its interior cools, opening thousands of faults across its surface — and a base built on ground that is still being understood needs every scrap of survey data it can get.
The risks
None of this is guaranteed, and the honest history of the first CLPS round is the best guide to what could go wrong. In June 2024, NASA's Office of Inspector General audited the CLPS initiative and found that costs across its missions had risen by $208.2 million, with an average schedule delay of 14 months per task order. Five of the eight task orders examined had suffered both delays and price increases. NASA had planned for an average of 30 months from contract award to launch; the actual average was 44 months.
That audit is the single most important context for Saturday's announcement. CLPS 2 is bigger, longer and more ambitious than CLPS 1.0, and it carries the same structural risks: optimistic timelines, companies that must deliver complex hardware at fixed prices, and a manifest that depends on many separate firms all succeeding.
The dates should be read as targets, not promises. The first Moon Base element is due to launch in December 2026 — weeks away — and robotic missions are promised almost monthly from early 2027. That cadence would be extraordinary if achieved.
What to watch next
Three things will tell us whether the Moon Base is real. First, the December launch: if the first Moon Base element flies on time, the monthly cadence promised for 2027 becomes credible. Second, the early 2027 power-systems solicitation: power is the bottleneck for everything else. Third, the first CLPS 2 task orders themselves: who wins them, for how much, and whether the winners deliver.
The Moon has been humanity's nearest neighbour for all of history, and for most of that history it was only a light in the sky. Euclid's discovery of its first comet and the faint hydrogen glow picked up by the CHIME telescope remind us how much of the cosmos we are still mapping for the first time — and the Moon, for all its familiarity, is still being mapped too.
NASA's announcement does not build a base. It builds the system that could build a base: a pool of companies, a set of funded first missions, and a rover that will answer the one question everything else depends on — where is the water? If the flights fly and the ice is found, the ceiling may one day be spent in full. If not, it will stay a number on a press release.
Sources
- NASA, "NASA Awards Moon Base Transportation, Technology, Science Projects", Release 26-095, 7 November 2026 — nasa.gov
- NASA Watch, "NASA Moon Base Contracts Cover Landers, Rover, Launches", 8 November 2026 — nasawatch.com
- Public Rot, "NASA's $10 billion CLPS2 ceiling comes with $200,000 guaranteed to its eight initial contractors", 8 November 2026 — publicrot.com