NASA has awarded contracts for the development of crewed rovers and cargo landers, unveiling timelines for initial missions aimed at establishing a sustained lunar base ahead of the Artemis program’s crewed landings by 2028.
What happened
At a briefing in Washington, NASA announced contracts with Blue Origin, Astrobotic, Lunar Outpost, and others to develop vehicles and systems supporting its Lunar Base initiative. The program plans three upcoming missions: Base Lunar I, II, and III, which will deliver scientific instruments and technology demonstrators to the Moon’s south pole beginning as early as fall 2026.
Base Lunar I will launch the Blue Moon Mark 1 Endurance lander to carry payloads including stereo cameras to study lunar plumes and a laser retroreflector for precision spacecraft tracking. It will land near Shackleton Crater to support future Artemis crewed missions in 2028.
Base Lunar II, launching later this year, will send over 500 kilograms of cargo aboard Astrobotic’s Griffin lander, including the FLIP rover from Astrolab to mature lunar terrain mobility systems.
Base Lunar III will also launch this year with the Nova-C Trinity lander from Intuitive Machines, carrying the Lunar Vertex experiment to investigate lunar swirls and surface material behaviors. It will include payloads from the European Space Agency and the Korean Astronomy and Space Science Institute.
NASA has contracted Astrobotic ($219 million) and Lunar Outpost ($220 million) to build the first crewed lunar terrain vehicles (LTVs). Astrobotic’s rover can transport astronauts and cargo at speeds over 9.6 km/h, while Lunar Outpost’s Pegasus rover offers speeds above 14 km/h with autonomous and teleoperated modes. These rovers will assist in terrain scouting, scientific research, and cargo transport.
Blue Origin received a $188 million contract with options worth an additional $280.4 million for delivering rovers to the lunar south pole, supporting the agency’s commercial lunar payload services (CLPS) initiative. NASA is also progressing toward the next generation of lunar landers under CLPS 2.0, which introduces turnkey delivery services and hardware integration options.
The agency updated progress on the MoonFall mission, set for launch in 2028, which will deploy four autonomous drones that fly low over the lunar surface to survey potential Artemis landing sites. These drones will survive the lunar night to continue data collection for months.
Why it matters
These missions and contracts mark critical steps toward NASA’s goal of a permanent, sustainable human presence on the Moon. Developing reliable rover mobility and cargo delivery systems will reduce risks for crewed missions and enable infrastructure assembly and scientific exploration at the lunar south pole, a priority region for Artemis. The inclusion of commercial and international partners highlights a collaborative framework essential for expanding lunar exploration capabilities.
Establishing a lunar base supports broader space exploration ambitions, including preparing technologies and operational skills necessary for eventual crewed missions to Mars.
Background
NASA’s Artemis program aims to return humans to the Moon by the mid-2020s, focusing on the lunar south pole due to its potential resources and scientific importance. The CLPS initiative contracts commercial providers to deliver payloads and technology demonstrations to the lunar surface, accelerating technology development and risk reduction ahead of crewed landings.
The agency’s lunar exploration plans involve consecutive robotic missions followed by increasing crewed operations to build reusable infrastructure for sustained presence, supporting scientific discovery and advancing capabilities beyond Earth orbit.
Sources
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