By Emmanuel Bobby
NASA has taken another major step toward establishing a permanent human presence on the Moon, announcing a new round of commercial contracts that will fund several robotic missions aimed at preparing the lunar surface for future exploration and construction.
The agency revealed Tuesday that it has awarded nearly $600 million in contracts to three private aerospace companies that will develop lunar landers capable of transporting scientific instruments and research equipment to the Moon beginning in late 2028.
The latest funding is part of NASA’s broader strategy to build a sustainable lunar infrastructure through partnerships with commercial space companies. Rather than designing every spacecraft itself, the agency is increasingly relying on private industry to develop transportation systems that can repeatedly deliver cargo, scientific payloads, and eventually support future astronaut missions.
The newly announced awards further accelerate NASA’s long-term lunar ambitions, which include constructing a permanent operational base near the Moon’s south pole—a region believed to contain significant deposits of water ice that could one day support long-duration human exploration.
The contracts also underscore the agency’s determination to maintain an aggressive schedule despite the technical challenges associated with returning humans and advanced robotic systems to the lunar surface.
According to NASA, the latest missions will focus on delivering scientific instruments that will help researchers better understand the Moon’s environment while testing technologies required for future construction and sustained operations.
Agency officials said these robotic missions will provide valuable information about landing sites, terrain conditions, resource availability, and infrastructure needs before larger human missions begin building permanent facilities.
The new awards come only weeks after NASA announced nearly $1 billion in additional funding for the first uncrewed missions associated with its lunar base initiative.
Overall, the agency expects to invest approximately $20 billion over the next seven years to develop the transportation systems, surface infrastructure, scientific equipment, and operational capabilities needed to support continuous activity on the Moon.
NASA leaders say the program represents one of the most ambitious exploration efforts undertaken since the Apollo era.
Lori Glaze, NASA’s associate administrator for the Human Spaceflight Mission Directorate, said the newest commercial partnerships reflect the agency’s commitment to expanding lunar exploration while building the expertise necessary for long-term operations beyond Earth.
She said the missions will increase opportunities to test critical technologies and strengthen NASA’s ability to establish a lasting presence on the lunar surface.
The contracts were awarded to three companies that have already become key partners in NASA’s commercial lunar exploration efforts.
Pennsylvania-based Astrobotic received the largest award.
NASA selected the company to build two additional lunar landers for missions planned in 2028 under a contract valued at approximately $297.9 million.
With the latest funding, Astrobotic has now received more than $600 million in NASA contracts over the past six years to develop lunar transportation technology and related spacecraft.
Astrobotic is already preparing another lunar lander capable of transporting more than 1,000 pounds of cargo, including a rover, to the Moon. That mission could still launch before the end of this year if final preparations remain on schedule.
Texas-based Firefly Aerospace was awarded a contract worth approximately $144.2 million to continue developing upgraded versions of its lunar lander technology.
The company has steadily expanded its relationship with NASA and previously secured a $75 million contract through the Jet Propulsion Laboratory to build four robotic drones designed to explore the Moon’s south polar region.
Those drones are expected to help identify scientifically valuable sites and search for resources that could support future human missions.
Another Texas company, Intuitive Machines, received approximately $148.3 million under the latest round of funding.
The company has emerged as one of NASA’s most prominent commercial lunar partners after successfully advancing several robotic landing technologies in recent years.
Rather than creating entirely new spacecraft, all three companies will build improved versions of vehicles that have already been tested or flown in space.
NASA believes upgrading existing platforms will reduce costs, shorten development schedules, and improve mission reliability.
The agency also revealed that it may give new life to an experimental rover originally designed for Mars.
NASA official Jared Isaacman suggested that a prototype rover known as “Promise” could instead be modified and deployed to the Moon.
The rover currently remains at NASA’s Jet Propulsion Laboratory in California, where engineers have been evaluating possible future uses for the vehicle.
According to Isaacman, NASA is actively studying whether the rover could be outfitted with different scientific instruments and adapted to explore the Moon’s south pole.
Scientists believe the south polar region contains permanently shadowed craters that preserve water ice beneath the surface.
Those frozen resources could eventually be converted into drinking water, breathable oxygen, or even rocket fuel, making them critical for sustained human exploration.
Isaacman said modifying the existing rover would allow NASA to send a highly capable robotic explorer to the Moon far more quickly than designing an entirely new vehicle from scratch.
By equipping Promise with instruments tailored to lunar exploration, researchers hope it could search for valuable resources while studying terrain that future astronauts may one day inhabit.
NASA also provided an update on another major commercial partner, Blue Origin, the aerospace company founded by Jeff Bezos.
Blue Origin had previously been selected to conduct an uncrewed lunar mission as part of NASA’s broader Moon exploration initiative.
However, the company’s schedule has been thrown into question after one of its rockets exploded during an engine test last month, causing extensive damage to its launch infrastructure.
NASA officials acknowledged that the setback will likely delay Blue Origin’s planned lunar mission until sometime next year.
Despite that delay, agency leaders remain optimistic that other commercial missions remain on track.
Carlos García-Galán, who manages NASA’s Moon base program, said Astrobotic’s upcoming lander mission still has the potential to launch later this year if development milestones continue to be met.
NASA plans to provide regular public updates on the progress of its lunar exploration campaign.
Isaacman said the agency intends to issue monthly briefings outlining mission developments, contract progress, launch schedules, and scientific objectives.
In addition to transportation contracts, NASA announced that it will soon begin accepting proposals from universities, research institutions, and private companies interested in sending scientific payloads aboard future lunar missions.
The agency expects to support a wide range of experiments designed to advance both scientific knowledge and future exploration capabilities.
Potential payloads could include technologies for generating electrical power on the Moon, developing long-range communications systems, improving navigation capabilities, and testing methods for transmitting large amounts of data between Earth and lunar facilities.
Researchers may also propose experiments focused on extracting lunar resources, studying the Moon’s geology, or demonstrating technologies needed for future human settlements.
NASA officials say each robotic mission will contribute essential knowledge that reduces the risks of establishing a permanent lunar base.
Rather than viewing the upcoming launches as isolated scientific missions, the agency considers them building blocks in a much larger effort to create a sustainable human presence beyond Earth.
If successful, the commercial landers, rovers, drones, and scientific experiments now under development could lay the foundation for the next era of space exploration—one in which astronauts live and work on the Moon for extended periods while preparing for future missions to Mars and deeper into the solar system.
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