NASA Begins Training on Blue Origin Moon Lander Prototype

*With a 2028 lunar landing in sight, the space agency advances its crewed mission preparations using hardware from Jeff Bezos's company.*

NASA will start astronaut training this week on a prototype of Blue Origin's crewed moon lander. The move marks a key step in the agency's Artemis program, which aims to land humans on the lunar surface again after more than 50 years.

The training comes as NASA pushes toward its goal of putting astronauts on the moon by 2028. Blue Origin, founded by Amazon's Jeff Bezos, won a contract in 2021 to develop the Human Landing System as part of the program's second phase. That system is designed to ferry crews from lunar orbit to the surface and back.

Prior to this, Blue Origin has been building out the lander's design through ground tests and simulations. The prototype in question is a full-scale mockup that allows astronauts to practice procedures like ingress, egress, and emergency scenarios. NASA selected Blue Origin's design over competitors, including SpaceX, for its emphasis on reusability and sustainability for future lunar missions.

Details on the training remain limited, but it will involve active-duty astronauts from NASA's corps. The sessions are set to occur at Blue Origin's facilities in Kent, Washington, over the coming months. This hands-on phase builds on earlier virtual rehearsals and helps identify any design tweaks needed before flight hardware is finalized.

Blue Origin has described the lander, named Blue Moon, as a seven-meter-tall vehicle capable of carrying up to four astronauts. It relies on liquid hydrogen and oxygen propellants for its descent and ascent engines, aiming for cleaner operations compared to traditional fuels. NASA officials have praised the progress, noting that the prototype's completion ahead of schedule positions the program well for integration with the Orion spacecraft.

No major setbacks have been reported in the development so far. However, the broader Artemis timeline has faced delays in the past, including with the Space Launch System rocket. Blue Origin's role complements SpaceX's Starship, which is targeted for the first crewed landing in Artemis III.

Critics in the space industry point out that Blue Origin's relative inexperience with crewed flights—compared to SpaceX's Dragon capsule—could introduce risks. Still, NASA's multi-vendor approach spreads those risks and fosters innovation. One unnamed source close to the program told Engadget that the training will provide "valuable feedback" to refine the lander's human factors.

This training phase underscores NASA's commitment to a sustainable moon presence, not just a one-off visit. The agency envisions the south pole landing site for its water ice resources, which could support long-term bases and Mars missions.

What matters here is the momentum it builds for American space leadership. Relying on private companies like Blue Origin accelerates development and cuts costs, but it also ties NASA's fate to corporate timelines. If the 2028 target slips, it could erode public and international support for Artemis. For engineers and founders watching this, the real lesson is in the supply chain: integrating new propulsion tech with proven orbital systems demands flawless execution. Success would validate Blue Origin's bet on hydrogen tech, potentially reshaping lunar logistics for decades.

The prototype training is just one piece, but it gets NASA closer to boots on the moon.

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Sources:

• Engadget