Lego’s NASA Artemis SLS Rocket Set to Launch in 2026
▼ Summary
– Lego is releasing a NASA Artemis Space Launch System Rocket model on January 1, 2026, which is a 632-piece Technic set that can simulate a launch.
– The model features a crank-operated mechanism that shows the rocket separating into three distinct stages, mimicking a real launch sequence.
– It was designed in collaboration with NASA and the European Space Agency to ensure overall accuracy in depicting the mission’s early milestones.
– The set’s designer noted that the motion produces a sound during the ascent to simulate the noise of a real rocket launch.
– Unlike the real rocket, the model’s motion can be reversed, though it does so silently.
The upcoming Lego NASA Artemis Space Launch System Rocket offers a dynamic, buildable experience that brings the drama of a real launch into the home. This detailed Technic model, set for release in early 2026, allows builders to simulate the key separation events of a moon mission through an innovative hand-crank mechanism. Priced at $59.99, the 632-piece set is designed to educate and inspire, capturing the intricate choreography of a rocket’s ascent in a tangible, interactive format.
Turning the integrated crank initiates a sequence where the solid rocket boosters detach from the core stage, followed by the separation of that core stage itself. Continuing the motion then sees the upper stage, complete with its engine module and the Orion spacecraft, ascend to complete its journey. The model culminates with the Orion crew capsule and its European Service Module reaching the top of the build, symbolizing a successful transit toward lunar orbit or beyond.
The set meticulously replicates the major events of the first eight and a half minutes of an Artemis launch, providing an engaging demonstration of orbital mechanics. Lego collaborated closely with NASA and the European Space Agency to achieve a high degree of accuracy in the model’s design and function. This partnership ensured the display faithfully represents the real-world mission profile, with the exception of the timing of the launch abort system jettison.
A key feature is the mobile launcher base, which opens to reveal the intricate gearing system that drives the entire sequence. Designer Olaf Kegger highlighted an added layer of realism during the set’s unveiling, noting that the cranking motion produces a distinct mechanical sound mimicking the roar of a real rocket. He amusingly pointed out that the sound only occurs during the ascent, as the actual Space Launch System, of course, does not return to the launchpad in such a manner.
This set stands as a significant addition to Lego’s Technic line, transforming a static display model into an interactive engineering showcase. It provides a hands-on way to understand the staged separation process fundamental to spaceflight, making the complex principles of rocket science accessible and enjoyable for builders of all ages.
(Source: Ars Technica)
