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Building a permanent U.S. presence on the Moon

Building a permanent U.S. presence on the Moon

Built World

NASA awards first surface hardware contracts as Artemis shifts from flag-planting to construction

May 27th, 2026: NASA awards $627M for moon base hardware

Overview

NASA awarded $627 million on May 27 to four U.S. companies for the first hardware of a permanent moon base. The contracts cover rovers, crewed terrain vehicles, and drones meant to land on the Moon before astronauts arrive.

No human has stood on the lunar surface since December 1972. The hardware ordered this week is the buildout phase of Artemis. The program shifts from one-time flag-planting to permanent infrastructure.

Why it matters

If this hardware lands on schedule, the United States will have a permanent moon base before 2030, the first sustained human presence beyond Earth.

Questions about this story

0

Did Bezo's rocket company win a contract related to this? How much?

Yes — Blue Origin won a $188 million NASA contract on May 27 to deliver two uncrewed rovers to the lunar South Pole using its Blue Moon Mark 1 lander.

Why it matters: It's Blue Origin's first real lunar surface role, and the contract includes an option period that could push the total to $280.4 million.

  • Blue Origin's $188M covers delivery of two NASA rovers to the Shackleton Connecting Ridge near the lunar South Pole, with a first mission targeted for fall 2026.
  • The vehicles ride aboard Blue Origin's Blue Moon Mark 1 Endurance uncrewed cargo lander — the company's first path to actually landing hardware on the Moon.
  • Blue Origin was one of four companies in a $627M total award; Lunar Outpost ($220M) and Astrolab ($219M) took the crewed terrain vehicle contracts, with Firefly covering lunar drones.
  • An option period could lift Blue Origin's share to $280.4M, though that is not guaranteed.
Sources
GeekWire Benzinga TechTimes
Room for disagreement
  • Some coverage frames Blue Origin's win as a milestone comeback after losing the 2021 Human Landing System contract to SpaceX; others note the rover delivery role is narrower in scope and shouldn't be overstated relative to SpaceX's continued dominance in crewed lunar lander work.
AI-generated with web search — may be wrong. Check the linked sources.
0

What is the plan for the moon, and the timeline? And why?

NASA's plan is a three-phase permanent moon base, with the first crewed landing now pushed to Artemis IV in 2028, and habitats for extended stays targeted for the 2030s — the $627M in contracts awarded May 27 are the opening hardware purchase for Phase 1.

Why it matters: The U.S. hasn't put boots on the Moon since 1972, and this is the most concrete construction schedule NASA has ever committed to for a permanent lunar presence.

  • Artemis II (crewed flyby) flew April 2026; Artemis III was revised in February 2026 to an Earth-orbit lander test in late 2027; Artemis IV, now the first actual crewed landing, is tentatively scheduled for 2028.
  • Phase 1 (2026–2029): Robotic rovers, terrain vehicles, and drones land at the lunar south pole ahead of astronauts — this is what the May 27 contracts fund.
  • Phase 2 (2029–2032): Permanent infrastructure build-out begins, including a power grid. Phase 3 (2030s): Specialized habitats for extended human stays.
  • The why: Space Policy Directive 1 (2017) ordered NASA to establish a U.S. lunar presence as a strategic foothold and stepping stone to Mars, with urgency driven partly by China's own lunar ambitions.
Sources
FOX 35 / NASA 3-phase moon base plan Space.com — Artemis 3 and beyond ABC News — What's next after Artemis II
Room for disagreement
  • The timeline has slipped repeatedly — the original 2024 landing target is now a 2028 estimate — and some analysts argue the SLS/Orion architecture is too costly and slow compared to SpaceX's fully reusable Starship, which could make the crewed landing date slip further.
  • NASA's February 2026 revision of Artemis III from a lunar landing to an Earth-orbit lander test was described by some observers as a quiet acknowledgment that neither the SpaceX Starship HLS nor Blue Moon lander is ready, though NASA framed it as deliberate de-risking.
AI-generated with web search — may be wrong. Check the linked sources.
Play on this story Voices Debate Predict Higher or Lower

Key Indicators

$627M
Total contracts awarded
Combined value of the May 27 awards to Blue Origin, Astrolab, Lunar Outpost, and Firefly.
4
Companies selected
Each builds a different piece of the surface architecture.
54 years
Since the last lunar footprint
Gene Cernan walked off the surface in December 1972. No human has been back.
2028
Target year for crewed rovers
Astrolab and Lunar Outpost vehicles must be operational by then.

Voices

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People Involved

Jeff Bezos
Jeff Bezos
Blue Origin won the largest Blue Moon Mark 1 contract to date

Organizations Involved

National Aeronautics and Space Administration (NASA)
National Aeronautics and Space Administration (NASA)
Federal Agency
Awarded the surface hardware contracts on May 27

The U.S. civil space agency, running the Artemis program to return humans to the Moon and build permanent infrastructure there.
Blue Origin
Blue Origin
Commercial Space Company
Won $188M for two-rover delivery via Blue Moon Mark 1

Jeff Bezos's rocket and spacecraft company, based in Kent, Washington.
Venturi Astrolab
Venturi Astrolab
Commercial Space Company
Won $219M for a crewed lunar terrain vehicle

A Hawthorne, California startup building the FLEX lunar terrain vehicle.
Lunar Outpost
Lunar Outpost
Commercial Space Company
Won $220M for a crewed lunar terrain vehicle

A Golden, Colorado company building lunar rovers and surface systems.
Firefly Aerospace
Firefly Aerospace
Commercial Space Company
Selected to deliver first drones to the lunar surface

A Cedar Park, Texas company building rockets and the Blue Ghost lunar lander.

Timeline

December 2017 May 2026

8 events Latest: May 27th, 2026 · 1 month ago
Tap a bar to jump to that date

  1. NASA awards $627M for moon base hardware

    Latest Contract

    Blue Origin gets $188M for rovers; Astrolab $219M and Lunar Outpost $220M for crewed terrain vehicles; Firefly selected for lunar drones.

  2. NASA names three companies for the Lunar Terrain Vehicle

    Contract

    Intuitive Machines, Lunar Outpost, and Astrolab enter the LTV development phase.

  3. NASA delays Artemis II and III

    Schedule

    Artemis II crewed flyby pushed to September 2025; Artemis III crewed landing pushed to September 2026.

  4. Orion returns to Earth

    Mission

    The capsule splashes down in the Pacific, completing the first end-to-end test of the Artemis hardware stack.

  5. Artemis I launches around the Moon

    Launch

    The Space Launch System sends an uncrewed Orion capsule on a 25-day flight around the Moon and back.

  6. SpaceX wins sole Human Landing System contract

    Contract

    NASA awards SpaceX $2.9 billion to develop the Starship-based lander. Blue Origin and Dynetics lose.

  7. NASA names the program Artemis

    Announcement

    Administrator Jim Bridenstine announces the program will land humans on the Moon by 2024, named for Apollo's twin sister.

  8. Space Policy Directive 1 redirects NASA back to the Moon

    Policy

    President Trump signs the directive ordering NASA to plan a crewed lunar return and prepare for Mars.

Historical Context

3 moments from history that rhyme with this story — and how they unfolded.

December 1972

Apollo 17 (December 1972)

Gene Cernan and Harrison Schmitt landed in the Taurus-Littrow valley on December 11, 1972. They spent three days on the surface, drove 22 miles in the lunar rover, and collected 243 pounds of rock samples. Cernan was the last human to walk on the Moon.

Then

Apollo 18, 19, and 20 were cancelled. NASA shifted its budget to the Space Shuttle program.

Now

Fifty-four years passed with no human returning to the Moon. The institutional knowledge of how to land humans on another body had to be rebuilt from scratch.

Why this matters now

Artemis is the first credible attempt to restore that capability. The May 2026 contracts buy surface infrastructure Apollo never had: a base camp instead of a campsite.

February 2010

Constellation Program cancellation (February 2010)

President Obama cancelled Constellation in February 2010. The program aimed to return astronauts to the Moon by 2020 using the Ares I and Ares V rockets. NASA had spent roughly $9 billion before cancellation. The Augustine Commission found the program was over budget and behind schedule.

Then

Thousands of contractors lost work. NASA had no government rocket for crewed flight from 2011 until SLS reached orbit in 2022.

Now

SLS and Orion are essentially Constellation hardware that survived the cancellation. The 16-year gap between Constellation's launch and Artemis III shows how long lunar programs take to mature, and how fragile they are to political change.

Why this matters now

Artemis could meet the same fate if cost overruns continue. The fixed-price contracts awarded May 27 are designed to transfer overrun risk from NASA to the contractor, a structural change from how Constellation was funded.

November 1998 - July 2011

ISS construction (1998-2011)

The International Space Station's first module launched in November 1998. Construction took 13 years and 36 Space Shuttle missions. The U.S., Russia, ESA, Japan, and Canada all contributed modules. Total program cost is roughly $150 billion.

Then

Continuous human presence in orbit began November 2000 and has run more than 25 years without a gap.

Now

ISS proved that international partnership can sustain a permanent off-world habitat. It also proved how expensive that is, and how dependent the operation becomes on a small number of vehicles and supply chains.

Why this matters now

The moon base is the next test of whether humans can sustain a permanent presence further from Earth. Artemis is built around international partners (Canada, Japan, ESA, UAE) the way ISS was, but the supply chain is much longer.

Sources

(3)
NPR Benzinga Georgia Public Broadcasting