Tech & Science · Moon Base
NASA’s $10 Billion Moon Base Plan: A Nuclear Rover, Eight Cargo Firms, and a Permanent Outpost at the South Pole
Announced on November 7 at the Kennedy Space Center, the package pairs a nuclear-powered rover named PROMISE with a $10 billion commercial delivery framework — and a new astronaut class to operate it all.
CLPS 2 framework
$10BCombined maximum value over 10 years. A ceiling for future task orders, not spending.Cargo companies
8Selected to compete for lunar surface delivery missions under CLPS 2.PROMISE launch
Late 2028Target launch for the nuclear rover; an 18-month mission at the South Pole.NASA announcement, November 7, 2026.
01The announcement
The weekend NASA turned a slogan into a shopping list
On Saturday, November 7, 2026, NASA announced a package of awards and mission updates that turns its Moon Base plan from a slogan into a shopping list. The announcement came at the MAX POWER aerospace expo and air show at the Kennedy Space Center in Florida, and it covers nearly every part of the campaign at once: commercial cargo landers, a nuclear-powered rover, launch and in-space transport, surface power and communications, and a new class of astronauts to operate it all. “We are building the Moon Base mission by mission,” NASA Administrator Jared Isaacman said. “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 timing matters. NASA’s Moon Base program manager, Carlos García-Galán, said the agency has spent the eight months since “Ignition” consolidating separate efforts into a single streamlined program, and that the November 7 awards are the result. The plan is to put robots, power and communications on the ground first, then send astronauts to a South Pole outpost that is already partly built — and to keep the outpost supplied by commercial companies competing for delivery contracts, rather than by NASA-owned vehicles alone.
02PROMISE
A nuclear rover built from Mars rover spare parts
The centrepiece is PROMISE, the Polar Rover for Observation, Mapping, and In-Situ Exploration: a six-wheeled, nuclear-powered rover that NASA is now moving from concept into development. It will land at the Moon’s South Pole to map the surface and the ground beneath it, test how much usable material is really there, and gather the data that decides where landers and habitats can safely go. Its power source is a multi-mission radioisotope thermoelectric generator, which makes heat and electricity from decaying plutonium — so the rover can keep working through the two-week lunar night and inside permanently shadowed craters, where sunlight never reaches and water ice is thought to hide.
PROMISE carries a drill, TRIDENT, that will pull up regolith — lunar dust and rock — from about 3 feet (1 meter) below the surface in 4-inch (10-centimeter) steps, along with spectrometers that read the chemical makeup of the soil, temperature and radiation sensors, and visible-light cameras with illuminators for the dark. One instrument, LAFORGE, will measure temperatures in the shadowed regions that may fall to minus 400 degrees Fahrenheit (minus 242 degrees Celsius). The rover will also test NASA’s High Performance Spaceflight Computing system and advanced autonomy software. NASA is targeting a launch in late 2028 and an 18-month mission.
The rover’s construction is deliberately unglamorous, and that is the point. NASA’s Jet Propulsion Laboratory in Southern California will manage the mission and build PROMISE from spare flight components and engineering test models left over from the Curiosity and Perseverance Mars rovers. Using proven hardware, software and Mars-rover operating methods cuts cost and shortens the schedule, NASA says, and the agency has checked that the hardware can tolerate the harsh conditions near the lunar South Pole. Blue Origin won a $94 million base contract, with a further $140 million available on performance, to deliver PROMISE on its Mark 1 lander — an expansion of a task order awarded in May 2026 for two lunar terrain vehicles.
03The South Pole
Ice in craters that have not seen sunlight for billions of years
The South Pole is the whole reason the base is going there, and the reason the engineering is hard. Some craters near the pole have not seen sunlight for billions of years, and their floors may hold water ice delivered by comets and asteroids over the age of the Solar System. That ice matters because it could become drinking water, breathable oxygen and rocket fuel — the three supplies that decide whether an outpost can sustain itself or must be resupplied from Earth at enormous cost. Nearby ridges, by contrast, enjoy near-constant sunlight, which is why the pole offers both a resource and a power source within a few kilometres of each other.
The catch is the cold and the dark. A lunar night lasts about two weeks, and temperatures in the shadowed craters fall far below anything a solar-powered rover can survive. That is why PROMISE’s nuclear power is not a luxury but the enabling choice: as García-Galán put it at the briefing, a nuclear battery lets the rover “go anywhere we want, regardless of the illumination,” and surviving the lunar night is “going to be one of the bigger challenges.” The same logic applies to the base itself, which is why power and communications sit beside the rover at the centre of the November 7 package.
04Delivery network
Eight companies, one $10 billion ceiling, and a hard record
The delivery network is the biggest number in the announcement, and the easiest to misread. NASA selected eight companies — Blue Origin, Firefly Aerospace, Intuitive Machines, ispace-U.S., Lockheed Martin Space, Northrop Grumman Space Systems, SpaceX and Voyager Technologies — for the next phase of its Commercial Lunar Payload Services (CLPS) program. Under the new CLPS 2 framework, a 10-year multiple-award contract, the companies will compete for task orders to carry NASA science, technology and infrastructure payloads to the surface. The framework’s combined maximum value is $10 billion — a ceiling for future orders, not money already awarded or spent.
The existing CLPS contract is being raised at the same time, from $2.6 billion to $4.2 billion, to support the first phase of Moon Base objectives, and it will remain in place through November 2028, with a further five years to complete awarded deliveries through November 2033. The record so far explains why NASA is buying deliveries rather than landers: Astrobotic’s Peregrine suffered a propellant leak in January 2024 and never reached the Moon; Intuitive Machines’ Odysseus landed on February 22, 2024 — the first U.S. soft landing on the Moon in more than 50 years — but tipped onto its side and kept working; Firefly’s Blue Ghost landed upright on March 2, 2025 with ten NASA payloads, the program’s first fully successful landing; and Intuitive Machines’ Athena reached the South Pole’s Mons Mouton region on March 6, 2025 and also tipped over.
| Company | Role under CLPS 2 |
|---|---|
| Blue Origin | Delivery missions; also delivering PROMISE on its Mark 1 lander |
| Firefly Aerospace | Delivery missions; Blue Ghost lander |
| Intuitive Machines | Delivery missions; Nova-C lander |
| ispace-U.S. | Delivery missions |
| Lockheed Martin Space | Delivery missions |
| Northrop Grumman Space Systems | Delivery missions |
| SpaceX | Delivery missions; Starship cislunar communications in 2028 |
| Voyager Technologies | Delivery missions |
05Freight in space
Orbital transfer vehicles, drones, and a Starship phone call
Getting cargo to the Moon also needs a freight network in space, and NASA awarded six task orders worth about $1.3 billion combined under its Venture-Class Acquisition of Dedicated and Rideshare (VADR) launch services contract. The orders went to Arrow Science and Technology, Blue Origin and Impulse Space to integrate and transport Moon Base cargo, under a 10-year VADR contract whose maximum total value is $5 billion. Some missions will fly on 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.
NASA describes three kinds of mission in this tranche. The first reduces risk for future crewed flights, testing communications and navigation on the way from Earth orbit to the Moon and the ability of orbital transfer vehicles — long-distance freight trucks for space — to deliver a CLPS lander to the right orbit, including the CAPSTONE 02 spacecraft. The second sends highly mobile MoonFall drones to scout the South Pole surface before astronauts arrive, along with other assets for the first phase. The third tests navigation technologies and operations in several orbits between Earth and the Moon. Separately, SpaceX was selected to launch communications satellites aboard Starship to cislunar space in 2028, a demonstration that will inform the lunar communications network linking astronauts, mission control and the base.
06Power and light
A tower that carries both electricity and the signal
On the surface, power is the next bottleneck, and NASA’s answer is a Mini-Communications and Solar Tower — miniCAST — that combines power and communications in one system. The agency awarded 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 delivery to the surface. NASA expects work to begin within months, starting with components rather than a finished system, and plans a separate solicitation for fully integrated power systems in early 2027, alongside a directed call under its NextSTEP-3 B solicitation to close high-priority data gaps for the base.
07The people
A record flyby behind them, a hiring drive ahead
None of this works without people, and NASA used the same weekend to open the pipeline. Artemis II, the crewed flyby that proved the Orion spacecraft and SLS rocket with astronauts aboard, launched on April 1, 2026 at 6:35 p.m. EDT from Pad 39B, looped around the far side of the Moon on April 6 — passing 4,067 miles above the surface and reaching 252,756 miles from Earth, past the distance record set by Apollo 13 in 1970 — and splashed down off San Diego on April 10 after a 695,081-mile, nine-day journey. The crew of Reid Wiseman, Victor Glover, Christina Koch and Jeremy Hansen named their capsule Integrity, and on October 7 NASA released the mission’s lunar-science archive, including more than 11,000 full-resolution images of the Moon.
On November 7 NASA also opened applications for its next astronaut class — the first recruitment since 2024, when more than 8,000 people applied and 10 were selected in September 2025. With only 32 active astronauts, the agency is hiring for a Moon-era workforce: applicants have until 11:59 p.m. EST on Thursday, December 3, 2026 to apply, selections are expected by late 2027, and training is to begin by early 2028, the year NASA aims to return astronauts to the lunar surface. It will be the agency’s 25th astronaut class since the original Mercury Seven in 1959. Artemis III commander Randy Bresnik and his crew are to fly next summer to practice docking Orion with a pair of lunar landers, one built by SpaceX and one by Blue Origin.
08What could slip
Ceilings are not spending, and targets are not promises
Read the numbers carefully, because the announcement invites over-reading. The $10 billion is a contract ceiling, the $1.3 billion in launch orders is an approximate combined value, and the late-2028 PROMISE launch is a target rather than a commitment — the rover is in development, and NASA has published the delivery contract rather than a separate price tag for the rover itself. Blue Origin’s Mark 1 lander has not yet flown to the Moon, two of the four CLPS landings to date have ended with a tipped-over lander, and NASA’s crewed landing dates have slipped before. The Moon Base will be judged not by this announcement but by whether the deliveries, the rover and the power tower actually arrive, upright and working, on the dates NASA has now set.
09Method
How this was reported
This article is desk research built from NASA’s own announcements — the November 7 release and the agency’s PROMISE mission page — checked against independent reporting from NASASpaceFlight, the Jerusalem Post, the Associated Press and the Planetary Society, and against NASA’s Artemis II mission record. Every figure is dated to its source, contract ceilings are distinguished from spending, and launch dates are reported as targets where NASA describes them as targets. The counts that remain open — which companies win the first CLPS 2 task orders, and whether PROMISE holds its late-2028 date — will be settled by the awards and launches themselves.
Sources
- NASA release, Nov. 7, 2026: nasa.gov
- NASA, PROMISE mission page: nasa.gov
- NASA, Moon Base: nasa.gov
- NASASpaceFlight, Nov. 8, 2026: nasaspaceflight.com
- Jerusalem Post, Nov. 8, 2026: jpost.com
- Associated Press via Manila Times, Nov. 8, 2026: manilatimes.net
- Fox Weather, Nov. 8, 2026: foxweather.com
- Planetary Society, CLPS missions: planetary.org
- SpaceQ, PROMISE: spaceq.ca
- NASA, Artemis II crew podcast: nasa.gov
- Space Atlas, Artemis II mission record: thespaceatlas.org
- Seeking Alpha via TradingView, Nov. 8, 2026: tradingview.com
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