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NASA’s Artemis Plan Puts Lander Tests Before Its 2028 Moon Landing Attempt
NASA plans to use Artemis III, a 14 day mission with four astronauts in low Earth orbit in 2027, to test docking and other operations with Blue Origin and SpaceX lander test vehicles before targeting a Moon landing wi... Blue Origin’s accelerated Artemis IV approach defers propellant transfer and uses three transfer...
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- NASA plans to use Artemis III, a 14 day mission with four astronauts in low Earth orbit in 2027, to test docking and other operations with Blue Origin and SpaceX lander test vehicles before targeting a Moon landing wi...
- Blue Origin’s accelerated Artemis IV approach defers propellant transfer and uses three transfer stages; estimates for the launches needed to fuel SpaceX’s lander remain disputed and unproven.
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openai.comCreate a landscape editorial hero image for this Studio Global article: What does NASA’s accelerated Artemis plan, outlined at its October 23 briefing and summarized on November 4, involve for the 14-day, four-as. Article summary: NASA’s accelerated plan uses Artemis III as a crewed Earth-orbit rehearsal in 2027 before attempting an Artemis IV Moon landing in 2028, rather than making Artemis III the landing mission. [1][3] The available evidence c. Topic tags: general, government, general web, user generated. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, ch
NASA’s accelerated Artemis plan separates the next crewed test from the next lunar landing attempt. Artemis III is planned as a 14-day Earth-orbit rehearsal in 2027, where four astronauts will practice operations with lander test vehicles from Blue Origin and SpaceX. Artemis IV remains NASA’s target for returning astronauts to the lunar surface in 2028. 1
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Artemis III: test the landers close to Earth
The four-person Artemis III crew—Randy Bresnik, Frank Rubio, Andre Douglas, and European Space Agency astronaut Luca Parmitano—is scheduled to fly aboard Orion in low Earth orbit. NASA says the mission will practice rendezvous, docking, habitation, and other operations needed for future lunar landings. 3
The lander tests are expected to happen in sequence. Blue Origin’s Blue Moon test vehicle is planned to launch first, followed by the crew aboard NASA’s Space Launch System rocket and Orion. Orion will then test docking and operations with Blue Moon and a SpaceX Starship lander test vehicle. 51
59 These are demonstrations in Earth orbit—not a lunar landing attempt.
That change makes Artemis III a rehearsal for some of the systems and procedures needed later, rather than the mission that lands astronauts on the Moon. NASA’s announced schedule puts the lunar surface attempt on Artemis IV in 2028. 1
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Artemis IV: different lander approaches
NASA’s published description of Blue Origin’s accelerated plan says the company will defer propellant transfer and use three transfer stages to send its Blue Moon Mark 2 Alpha lander to the Moon. 33 In other words, that plan avoids relying on orbital propellant transfer for the lander’s trip to the Moon.
SpaceX’s Starship plan presents a different challenge: reports describe a refueling campaign in Earth orbit, but the number of launches it would require is unsettled. One report describes a revised approach in which Orion docks with Starship in high Earth orbit before the joined vehicles travel toward the Moon. 56
NASA’s Artemis IV target is a goal, not a guarantee that all hardware and operations will be ready on that schedule. Reporting on the agency’s plans also describes a pared-down “sortie suit” for early lunar missions; the reported plan limits moonwalks to as many as two, each lasting two hours. 15
Starship refueling: why the launch estimates differ
A reported estimate of about 22 launches has been attributed to Charlie Precourt, a member of NASA’s Aerospace Safety Advisory Panel. Elon Musk offered a lower estimate of six to eight flights, while Artemis program manager Jeremy Parsons reportedly said NASA was not tracking the higher figure as a settled requirement and that a propellant-transfer demonstration would help establish the number. 17
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Those figures should not be treated as a confirmed launch count. They come from different estimates, and reporting does not establish that every figure uses identical assumptions about what counts as a flight. The demonstration data needed to narrow the uncertainty are central to understanding how practical the refueling campaign will be. 17
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As a simple illustration—not a NASA schedule—22 launches at a pace of two per week would take 11 weeks, or roughly three months, before accounting for delays. That arithmetic helps show why a high launch estimate could put pressure on a tightly timed mission plan, but it does not prove that 22 launches will be needed or that launches could occur at that rate.
Safety concerns remain part of the picture
NASA’s Aerospace Safety Advisory Panel expressed concern about Artemis IV and said it planned to recommend that NASA re-examine the mission. 19 Precourt was also quoted warning that the mission involves many firsts that could reduce the likelihood of success.
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The schedule and lander architectures are therefore best understood as plans under development. NASA has set a 2027 Earth-orbit test mission and a 2028 lunar landing target; the Artemis III sequence and Blue Origin’s transfer-stage approach are described in published reporting and NASA material. But the Starship propellant-transfer capability—and the launch count that would support it—remains unverified by a demonstration. 1
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NASA plans to use Artemis III, a 14 day mission with four astronauts in low Earth orbit in 2027, to test docking and other operations with Blue Origin and SpaceX lander test vehicles before targeting a Moon landing wi...
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NASA plans to use Artemis III, a 14 day mission with four astronauts in low Earth orbit in 2027, to test docking and other operations with Blue Origin and SpaceX lander test vehicles before targeting a Moon landing wi... Blue Origin’s accelerated Artemis IV approach defers propellant transfer and uses three transfer stages; estimates for the launches needed to fuel SpaceX’s lander remain disputed and unproven.