SpaceX's New Starship Method to land on the Moon without Leg Shocked NASA & China...

"SpaceX's New Starship Method to land on the Moon without Leg Shocked NASA & China...
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#techmap #techmaps #elonmusk #starshipspacex
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Intro 0:00
A Radical Question 0:54
Preparing the Lunar Surface 3:36
When Vision Meets Reality 6:33
NASA’s Verdict 7:41
The Lesson Beneath the Dust 11:45
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Erc X: https://twitter.com/ErcXspace
ErcX Space https://www.youtube.com/c/ErcXSpace/
Christian Debney: https://twitter.com/ChristianDebney
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Space Arts
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AndreasGus
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https://monte-negro.org/Rosas-Lunar-Base-Design
SpaceXvision: https://www.youtube.com/c/SpaceXvision
Tony Bela : https://twitter.com/InfographicTony/
@Considercosmos: https://twitter.com/considercosmos
Cosmic Perspective: https://www.youtube.com/@CosmicPerspective
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SpaceX's New Starship Method to land on the Moon without Leg Shocked NASA & China...
In the long history of lunar exploration, one detail has remained untouched for over half a century: every spacecraft that has ever touched the Moon has had legs. From the Soviet Luna 9 in 1966 to the Apollo landers and even the recent Odysseus mission, all of them relied on a set of metal supports to stay upright on that dusty, uncertain surface.
But SpaceX—never known for following tradition—once proposed something no one had ever dared to try: landing on the Moon without landing legs.
It sounds absurd at first. Why remove something so essential? Why challenge an unwritten rule that has held for six decades? Yet, in SpaceX’s eyes, the question was never about convention. It was about necessity—and efficiency.
SpaceX's New Starship Method to land on the Moon without Leg Shocked NASA & China...
In April 2021, SpaceX won NASA’s Human Landing System contract under the Artemis program. Their proposal was bold, almost heretical: a version of Starship designed to touch down directly on its belly, using the spacecraft’s base as the landing surface itself.
The concept broke every expectation of how a lunar lander should look. Instead of unfolding a set of legs to cushion the descent, SpaceX envisioned a massive 9-meter-wide steel hull reinforced by a titanium ring—about 8 millimeters thick. Beneath it, a crushable “skirt” of 3D-printed aluminum mesh would act as a shock absorber, deforming in a controlled way to soak up landing energy.
SpaceX's New Starship Method to land on the Moon without Leg Shocked NASA & China...
In theory, this system could absorb up to 70% of the impact force. During the final ten seconds before touchdown, the Raptor engines would throttle down to just 5–8% of their power, slowing the Starship to a gentle descent speed of less than one meter per second.
It would be a “soft landing,” not on legs, but on a metallic hull strong enough to survive the Moon’s hard embrace.
To understand why SpaceX proposed such an unconventional design, we need to look at Elon Musk’s core engineering philosophy: simplicity equals reliability. ""If a part doesn’t exist, it can’t fail.”
The company has followed this idea religiously—from the minimalist Falcon 9 booster to the stainless-steel Starship prototype. Every removed component reduces complexity, risk, and cost.

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