SpaceX's new Starship Landing Leg Design Upgraded to the Moon...NASA is STUNNED!

"SpaceX's new Starship Landing Leg Design Upgraded to the Moon...NASA is STUNNED!
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#techmap #techmaps #elonmusk #starshipspacex #spacex
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intro 0:00
Inspired by Falcon 9’s landing legs 0:51
Evolution and the future plans 8:37
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1) SOURCES OF IMAGES AND VIDEOS
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SpaceX's new Starship Landing Leg Design Upgraded to the Moon...NASA is STUNNED!
Genius!SpaceX big solution to land Starship on the Moon.
SpaceX has already landed nearly 500 rockets back on Earth... but what happens when there's no launch tower, no flat landing pad, and no recovery crew? Welcome to the wild terrain of the Moon and Mars.
How do you land the world’s most ambitious spacecraft—Starship—on alien worlds where failure means the mission ends before it even begins?
From Falcon 9’s reliable telescoping legs to futuristic electric-powered shock absorbers, SpaceX is rethinking everything about landing gear—because when you’re building a civilization on Mars, every detail counts.
Stick around, because in today's Techmap episode, we’re diving deep into the brilliant, bizarre, and bold design of Starship’s landing legs—and why they may just hold the key to humanity’s next giant leap.
SpaceX's new Starship Landing Leg Design Upgraded to the Moon...NASA is STUNNED!
SpaceX has pulled off nearly 500 rocket landings, yet they’re pushing boundaries even further by trying something totally new—catching the Starship rocket in mid-air. Why? Because they’re laser-focused on simplifying rocket manufacturing and getting rid of any unnecessary weight. The goal is crystal clear: make rockets as light, affordable, and rapidly reusable as airplanes.
But don’t count traditional landing legs out just yet. In harsh, unpredictable places like the Moon or Mars, building massive infrastructure like Earth’s Mechazilla tower isn’t exactly a walk in the park. That’s where landing legs really prove their worth—at least in the early stages of space exploration. That’s why the Starship’s lunar version has those strange-looking legs, sparking curiosity and one big question: how are these landing legs actually built?
Well, they borrow a few from the Falcon 9’s design.
SpaceX's new Starship Landing Leg Design Upgraded to the Moon...NASA is STUNNED!
The Falcon 9, SpaceX’s workhorse rocket, has four specially engineered landing legs. They’re built using super-strong yet lightweight materials like carbon fiber and aluminum honeycomb. During flight, these legs are tucked in tight against the rocket and only deploy just before landing. They use a combo of gravity (they simply fall into place) and air-powered actuators filled with high-pressure helium gas to open.
Each leg weighs in at about 500 kilograms—that’s around the weight of 5-6 adult humans! So together, all four legs add up to nearly 2,000 kilograms. These legs allow the Falcon 9 to land with pinpoint accuracy on dedicated pads or ocean-based platforms. Their main job is to stabilize the rocket’s first stage, so it can be recovered and reused for more missions.
They work like telescopes, sliding out and locking in place. But here’s the catch—once the rocket lands, the legs don’t fold back automatically.
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Subcribe TechMap: http://tinyurl.com/3z5ysrtf"